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Author: admin
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Full name Rifat Sanaç
Username admin
E-mail rhifat@hotmail.com
Short bio wireless master.
Website
Published articles:


category: Wireless Communication Systems
 - Matched Filter/RAKE Receiver
 - RLS Algorithm
 - Equalization
 - QR-RLS Algorithm
 - Multiuser Detection
 - QR-RLS Blind Linear MMSE Detector
 - Synchronous CDMA Signal Model
 - Blind Multiuser Detection: Subspace Methods
 - Single-User Modulation Techniques
 - Linear Decorrelating Detector
 - Linear Decorrelating Detector
 - Multiple-Access Techniques
 - Linear MMSE Detector
 - Asymptotics of Detector Estimates
 - Wireless Channel
 - Blind Multiuser Detection: Direct Methods
 - Basic Receiver Signal Processing for Wireless
 - LMS Algorithm
 - PASTd Algorithm
 - Linear Group-Blind Multiuser Detection for Synchronous CDMA
 - QR-Jacobi Methods
 - Performance of Group-Blind Multiuser Detectors
 - NAHJ Subspace Tracking
 - Performance of Blind Multiuser Detectors
 - Blind Multiuser Detection in Multipath Channels
 - Multipath Signal Model
 - Blind Channel Estimation
 - Linear Multiuser Detectors
 - Adaptive Receiver Structures
 - Subspace Tracking Algorithms
 - Blind Multiuser Detection in Correlated Noise
 - Robust Blind Multiuser Detection in Multipath Channels
 - Extension to Dispersive Channels
 - Adaptive Space-Time Multiuser Detection in Synchronous CDMA
 - Optimal SISO Multiuser Detector
 - Turbo Multiuser Detection in CDMA with Turbo Coding
 - Linear Predictive Methods
 - Tonal Interference
 - Near–Far Resistance to NBI
 - Batch Processing versus Adaptive Processing
 - Sequential Monte Carlo Signal Processing
 - Sequential EM Algorithm
 - Pilot-Symbol-Aided Turbo Receiver for Space-Time Block-Coded OFDM Systems
 - Linear Group-Blind Detectors
 - Asymptotic Probability of Error
 - Robust Group-Blind Multiuser Detection in Multipath Channels
 - Optimal Space-Time Multiuser Detection
 - One Transmit Antenna, Two Receive Antennas
 - Low-Complexity SISO Multiuser Detector
 - Turbo Code and Soft Decoding Algorithm
 - Nonlinear Predictive Techniques
 - Autoregressive Interference
 - Adaptive Linear MMSE NBI Suppression
 - Monte Carlo Methods
 - Blind Adaptive Equalization of MIMO Channels via SMC
 - Decision-Feedback Differential Detection in Fading Channels
 - ML Receiver Based on the EM Algorithm
 - Adaptive Group-Blind Linear Multiuser Detection
 - Implementation of Robust Multiuser Detectors
 - Robust Multiuser Detection in Stable Noise
 - Sufficient Statistic
 - Two Transmit Antennas, One Receive Antenna
 - Turbo Multiuser Detection with Unknown Interferers
 - Turbo Multiuser Receiver in Turbo-Coded CDMA with Multipath Fading
 - ACM Filter
 - Digital Interference
 - Maximum-Likelihood Code-Aided Method
 - Markov Chain Monte Carlo Signal Processing
 - Statistical Modeling of Multipath Fading Channels
 - Adaptive SMC Receivers for Flat-Fading Channels
 - Pilot-Symbol-Aided Turbo Receiver
 - Form II Group-Blind Hybrid Detector
 - Linear Group-Blind Detection in Correlated Noise
 - Robust Blind Multiuser Detection
 - Symmetric Stable Distribution
 -  Maximum-Likelihood Multiuser Sequence Detector
 - Two Transmit and Two Receive Antennas
 - Group-Blind SISO Multiuser Detector
 - Turbo Multiuser Detection in Space-Time Block-Coded Systems
 - Adaptive Nonlinear Predictor
 - Performance Comparisons of NBI Suppression Techniques
 - Linear MMSE Detector and RLS Blind Adaptation Rule
 - Metropolis–Hastings Algorithm
 - Frequency-Nonselective Fading Channels
 - OFDM Communication System
 - LDPC-Based Space-Time Coded OFDM Systems
 - Form I Group-Blind Detectors
 - Nonlinear Group-Blind Detection
 - Robust Multiuser Detection Based on Local Likelihood Search
 - Performance of Robust Multiuser Detectors in Stable Noise
 - Linear Space-Time Multiuser Detection
 - Blind Adaptive Implementations
 - Sliding Window Group-Blind Detector for Asynchronous CDMA
 - Projection-Based Turbo Multiuser Detection
 - Nonlinear Interpolating Filters
 - Linear Predictor and Interpolator
 - Convergence of the Mean Weight Vector
 - Gibbs Sampler
 - Coherent Detection in Fading Channels Based on the EM Algorithm
 - Blind MCMC Receiver for Coded OFDM with Frequency-Selective Fading and Frequency Offset
 - Capacity Considerations for STC-OFDM Systems
 - Nonlinear Group-Blind Multiuser Detection for Synchronous CDMA
 - Multiuser Detection via Robust Regression
 - Exhaustive-Search and Decorrelative Detection
 - Local-Search Detection
 - Adaptive Array Processing in TDMA Systems
 - Linear Multiuser Detection via Iterative Interference Cancellation
 - Introduction to Turbo Processing
 - Turbo Multiuser Detection in CDMA with Multipath Fading
 - Turbo Multiuser Detection in Space-Time Trellis-Coded Systems
 - HMM-Based Methods
 - Nonlinear Predictor and Interpolator
 - Convergence of MSE
 - Bayesian Multiuser Detection via MCMC
 - Expectation-Maximization Algorithm
 - Bayesian Formulation of Optimal Demodulation
 - Low-Density Parity-Check Codes
 - Slowest-Descent Search
 - Least-Squares Regression and Linear Decorrelator
 - Robust Group-Blind Multiuser Detection
 - Linear MMSE Combining
 - Single-User Linear Space-Time Detection
 - MAP Decoding Algorithm for Convolutional Codes
 - Signal Model and Sufficient Statistics
 - Multiuser STTC System
 - Code-Aided Techniques
 - Numerical Examples
 - Steady-State SINR
 - System Description
 - EM-Based Receiver in Flat-Fading Channels
 - Bayesian MCMC Demodulator
 - LDPC-Based STC-OFDM System
 - Nonlinear Group-Blind Multiuser Detection
 - Robust Multiuser Detection via M-Regression
 - Extension to Multipath Channels
 - Subspace-Based Training Algorithm
 - Combined Single-User/Multiuser Linear Detection
 - Turbo Multiuser Detection for Synchronous CDMA
 - SISO Multiuser Detector in Multipath Fading Channels
 - Turbo Multiuser Receiver for STTC System
 - NBI Suppression via the Linear MMSE Detector
 - Near–Far Resistance to Both NBI and MAI by Linear MMSE Detector
 - Bayesian Signal Processing
 - Bayesian Multiuser Detection in Gaussian Noise
 - Linear Multiuser Detection in Flat-Fading Synchronous CDMA Channels
 - Bayesian Blind Turbo Receiver
 - Turbo Receiver
 - Group-Blind Multiuser Detection in Multipath Channels
 - Asymptotic Performance of Robust Multiuser Detection

category: Wireless Vulnerability
 - The 802.11 MAC
 - Electromagnetic Waves
 - Input Hijacking
 - Data Packets
 - Features of the 802.11 MAC
 - Components of a Communications System
 - Business Impacts of Wireless Threats
 - Addressing in 802.11 Packets
 - 802.11 IN A NUTSHELL
 - What Is Wireless?
 - Staying Aware of Wireless Risks
 - Interesting Fields Beyond Packets
 - DCF and Assorted Recipients
 - Standardization and Regulation
 - Basics of Wireless Technologies
 - Wi-Fi vs. 802.11
 - Further Coverage
 - Radio Abundance Signals
 - What About That Alleged IR Band for 802.11?
 - Further Coverage
 - Communications Systems
 - 802.11 HISTORY
 - Data Interception
 - Control Packets
 - Introduction to 802.11
 - Data Encryption
 - Management Packets

category: Wi-Fi Security
 - Review of Previous IEEE 802.11 Security Mechanisms
 - Other Tools of Interest
 - Access Control: IEEE 802.1X, EAP, and RADIUS
 - IBSS Ad-Hoc Networks
 - Attacks Against the Previous IEEE 802.11 Security Mechanisms
 - General Architecture Design Guidelines
 - Upper-Layer Authentication
 - Development of Hotspots
 - Man-in-the-Middle Attacks
 - Protecting a Deployed Network
 - Security Principles
 - TKIP
 - Security Issues in Public Hotspots
 - Problems Created by Man-in-the-Middle Attacks
 - Planning to Deploy a WPA Network
 - Per-Packet Key Mixing
 - How Hotspots Are Organized
 - Denial-of-Service Attacks
 - Deploying the Infrastructure
 - Different Types of Attack
 - Why AES?
 - Different Types of Hotspots
 - Attacker Goals
 - Real World Wireless Security
 - IEEE 802.11 Protocol Primer
 - Network Coordination
 - Review of Basic Security Mechanisms
 - Process
 - WPA/RSN Information Element
 - Review of Previous IEEE 802.11 Security Mechanisms
 - Example Scenarios
 - Putting the Gear Together: 802.11 Hardware
 - Preauthentication Using IEEE 802.1X
 - PDAs Versus Laptops
 - Network Footprinting
 - PCMCIA and CF Wireless Cards
 - Site Survey Considerations and Planning
 - Antennas
 - Proper Attack Timing and Battery Power Preservation
 - Stealth Issues in Wireless Penetration Testing
 - RF Cables and Connectors
 - An Attack Sequence Walk-Through
 - Operating System, Open Source, and Closed Source
 - The Easiest Way to Get in
 - Active Scanning in Wireless Network Discovery
 - Picking a Trivial Lock: Various Means of Cracking WEP
 - Picking a Trivial Lock: Various Means of Cracking WEP
 - Layer 1 Wireless Security Basics
 - Selecting a Symmetric Cipher for Your Networking or Programming Needs
 - RADIUS Vulnerabilities
 - Decibel–Watts Conversion Table
 - Picking the Trivial Lock in a Less Trivial Way: Injecting Traffic to Accelerate WEP Cracking
 - The Usefulness of WEP, Closed ESSIDs, MAC Filtering, and SSH Port Forwarding
 - Cryptographic Hash Functions
 - Why You Might Want to Deploy a VPN
 - 802.11 Wireless Equipment
 - Field Observations in WEP Cracking
 - Secure Wireless Network Positioning and VLANs
 - Dissecting an Example Standard One-Way Hash Function
 - VPN Topologies Review: The Wireless Perspective
 - Cracking TKIP: The New Menace
 - Proprietary Improvements to WEP and WEP Usage
 - Hash Functions, Their Performance, and HMACs
 - Common VPN and Tunneling Protocols
 - The Frame of Deception: Wireless Man-in-the-Middle Attacks and Rogue Access Points Deployment
 - 802.11i Wireless Security Standard and WPA: The New Hope
 - Asymmetric Cryptography: A Different Animal
 - Alternative VPN Implementations
 - Scan and Exploit Vulnerable Hosts on WLAN
 - Bit by Bit: Streaming Ciphers and Wireless Security
 - RADIUS
 - The Main Player in the Field: IPSec Protocols, Operations, and Modes Overview
 - Check Wireless-to-Wired Gateway Egress Filtering Rules
 - The Quest for AES
 - Installation of FreeRADIUS
 - Categorizing Suspicious Events on WLANs
 - The Easiest Way to Get in
 - Wireless Security Policy: The Cornerstone
 - Between DES and AES: Common Ciphers of the Transition Period
 - User Accounting
 - Radars Up! Deploying a Wireless IDS Solution for Your WLAN
 - Leaky Coax Cable
 - Dual-Band Surveys
 - Software for Defense
 - Investigating Viruses on Handhelds
 - Wi-Fi Privacy Threats
 - Understanding WLAN Vulnerabilities
 - Choosing backup systems
 - More About Wardriving
 - Understanding the Hoax Problem
 - Demystifying Privacy Policies
 - Changing Dangerous Default Settings
 - Protecting Your Hardware
 - Understanding Malicious Software
 - Discovering Common Wi-Fi Problems
 - Other Vulnerable Wireless Technology
 - Understanding DHCP
 - Wi-Fi Resources
 - Attacking Hosts
 - Exposing Trojan Programs
 - Detecting and Dealing with Interference
 - Introducing Encryption
 - Filtering Network Traffic
 - Security, Privacy, and Antivirus Resources
 - Sniffing the Network
 - Discovering Internet Worms
 - Defining Interoperability Issues
 - Understanding Modern Encryption Techniques
 - Modifying Broadcast Parameters
 - PDA, PC, and Accessory Manufacturers
 - Introducing Wardriving
 - Discovering Blended Threats
 - Learning About Antennas
 - Debunking Wired Equivalent Privacy (WEP)
 - Using Encryption
 - Software
 - Warchalking
 - Bot Software
 - Optimizing Equipment
 - Investigating Wi-Fi Protected Access (WPA)
 - Securing Clients and Hosts
 - Warspying
 - Introducing Spyware
 - Why Privacy Matters
 - Introducing Pretty Good Privacy (PGP)
 - Identifying Threats to Wireless Data
 - An Introduction to Wireless Architecture
 - Management Principles
 - BlackBerry (RIM 950 and 957)
 - Key Points
 - Privacy in the Wireless World
 - Analyze Attacks and Vulnerabilities
 - The Case Studies Revisited
 - Devices
 - The Security Analysis Process—I-ADD
 - Wireless Application Protocol (WAP)
 - COTS versus Custom Software
 - The Players
 - Known Attacks
 - Just the Beginning
 - Network Arrangements and Technologies
 - 802.11 and 802.11b
 - J2ME
 - Virtual Private Network (VPN)
 - Related Privacy Legislation and Policy
 - Vulnerabilities and Theoretical Attacks
 - Afterword: The Future of Wireless Security
 - Case Studies
 - Bluetooth
 - Applied Cryptography Overview
 - Tunneling
 - Location-Based Marketing and Services and GPS
 - Analyze Mitigations and Protections
 - Case Studies
 - WAP
 - Symmetric Cryptography
 - IPSec
 - The Middle Ground Answer
 - Protecting the Wireless Device
 - Security Principles
 - Personal Digital Assistants
 - Asymmetric Cryptography
 - SmartCards
 - Progress in the Wired World
 - Protecting the Physical Interface
 - Security Principles 2
 - Palm OS Devices
 - Common Problems
 - Biometric Authentication
 - Identify Targets
 - Prioritizing
 - Usage Models
 - Development and Operation Principles
 - Pocket PC Devices
 - Choices
 - The Online Privacy Debate in the Wired World
 - Identify Roles
 - Building Trust—Application Security
 - Tunneling
 - The Future of IDSs
 - Decimal/Hex/Binary Conversion Table
 - Radome-Enclosed Yagi Antenna: HyperLink HG2415Y
 - Compaq iPAQ
 - WAP/WML/WMLScript
 - WEP Review
 - Denial-of-Service Attacks
 - Virus Prevention
 - AiroPeek NX
 - Investigation and Discovery
 - Attack Preparation
 - IPsec
 - Public Key Cryptography
 - GNU General Public License
 - Parabolic Grid Antenna: HyperLink HG2419G
 - Inside the 802.11 Standard
 - Openwave SDK
 - Data Analysis
 - Surveillance
 - Hostile Web Pages and Scripting
 - Pocket PC Installation
 - Clean Up
 - L2TP
 - Certificate Authorities
 - SigMax Omni-Directional: Signull SMISMCO10
 - Inside the 802.11g Standard
 - i-mode
 - Technical Example
 - War Driving
 - Palm OS
 - WLAN Drivers
 - Access Point-Based Security Measures
 - Attacks Against VPNs
 - Wireless PKI Implementation
 - SigMax Circular Yagi: Signull SMISMCY12
 - 802.11a Versus 802.11b
 - Java
 - IV Collision
 - Client-to-Client Hacking
 - Viruses on Windows CE .NET
 - MiniStumbler
 - Third-Party Security Methods
 - Deploying VPNs in WLANs
 - Transaction Confirmation
 - TechnoLab Log Periodic Yagi
 - Understanding HomeRF
 - .NET
 - Key Extraction
 - Rogue Access Points
 - Handset Viruses
 - CENiffer
 - Funk's Steel-Belted Radius
 - Integrity Monitors
 - Integrity of User Identities
 - Antennas
 - Wireless NICs
 - Understanding IrDA
 - WEP Introduction
 - Diverse Hacker Attack Methods
 - Jamming (Denial of Service)
 - NetStumbler
 - IBM Wireless Security Auditor
 - WLAN Protection Enhancements
 - IDS Theory
 - Third-Party Services
 - NetGear ME102
 - ORiNOCO PC Card
 - Understanding Bluetooth
 - RC4 Encryption
 - Linksys WAP11
 - Sniffing
 - Airborne Viruses
 - AirSnort
 - The Test Network
 - VPN Review
 - Receiver Operating Characteristic Curves
 - WAP PKI
 - Access Points
 - Handheld Devices
 - HTML/XML/XHTML
 - How RC4 Works
 - Spoofing and Session Hijacking
 - Virus Overview
 - Windows XP
 - Defining the Goal
 - Wireless Is Information Warfare (IW)
 - Spectral Efficiency
 - Cryptographic Attacks
 - Unintentional Interruptions
 - Low Earth Orbit/Medium Earth Orbit
 - Landsat
 - Computer crime
 - Information Vulnerability
 - Taxonomies of Wireless Communications
 - Decision Theory
 - Defensive Information Operations
 - Natural Hazards
 - Navigation and Tracking
 - SPOT
 - National and International Defense
 - Importance of Information
 - A Classification Scheme Based on Network Architecture
 - A Model for Cost-Effective
 - Cryptographic Measures
 - Intentional Interruptions
 - Global Positioning System
 - European Remote Sensing
 - Surveillance
 - A Taxonomy Based on Mobility Only
 - Performance Measures and Key Design Tradeoffs
 - Key Management
 - Issue of Privacy
 - Wide Area Augmentation System
 - IKONOS
 - Development, Implementation, and Management of Advanced Satellite Encryption Options and Strategies
 - Tethered Mobility with Fixed Base Stations
 - High-Level Performance Measures
 - Electromagnetic Capture Threats
 - Satellite Communications
 - Satellite Search and Rescue
 - Satellite Spectrum Issues
 - Options for Serving Data Consumers
 - Circuit-Switched Networks and Packet-Switched Networks
 - Low-Level Performance Measures
 - Telephone System Vulnerabilities
 - Satellite Orbits
 - Communications: Voice, Video, and Data
 - Instruments and Goals of Current U.S. Satellite Encryption Policy
 - Framework for Dealing With Policy Issues
 - Information Theory
 - Military-Unique System Requirements
 - Interception/Ease of Interception
 - Geostationary Orbit
 - Satellite Internet
 - Federal Information Processing Standards
 - Security of Information Systems
 - Mobile Capacity
 - Military-Unique System Requirements
 - Interruption of Service
 - Highly Elliptical Orbit
 - Earth Sensing: Commercial Imaging
 - International Policy Concerns
 - Balancing Information Technology, National Security, and Personal Privacy
 - Classical Cryptanalysis
 - Key Processing Rate
 - SHA
 - Using Public-Key Cryptography
 - Digital Cryptography
 - Brute Force Attacks
 - SHA-1 in the Encryption Mode
 - Using Public-Key Cryptography
 - Difficulty of Mathematical Systems
 - Cryptographic Security
 - First Principles
 - Pseudo-Random Number Generation
 - Standard Attacks
 - Sync, Pad, and Data Encryption Key (DEK) Generation
 - Integer Factorization Systems
 - Lock-and-Key Analogy
 - Pseudo-Random Number Generator (PRNG)
 - Advanced Attacks
 - Advanced Encryption Standard
 - Security
 - Transposition Ciphers
 - The Seed and Entropy
 - Two Limits of Encryption
 - Key Management-Generation and Distribution of Keys
 - Implementation
 - Substitution Ciphers
 - The Data Encryption Standard
 - Block versus Stream Ciphers
 - Public-Key Systems The Second Revolution
 - Discrete Logarithm Systems
 - Kerckhoff’s Principles
 - Avalanche Effect
 - Stream Cipher Design Considerations
 - Digital Signatures
 - Product Ciphers
 - Modern Cipher Breaking
 - Non-Keyed Message Digests
 - Certificate Authorities
 - The Elliptic Curve Cryptosystem (ECC)
 - Scalability
 - It Started with SIGSALY
 - Countermeasures
 - Wireless Transport Layer Security (WTLS)
 - Efficiency
 - Processing Overhead
 - Phonemes and Phones
 - FPGA-Based Cryptography
 - Secure Socket Layer
 - Computational overheads
 - Cellular Phone Networks
 - Writing Systems
 - The Infamous WEP
 - Wireless Transport Layer Security and WAP
 - Key Size Comparison
 - Handheld Computers/Personal Digital Assistant (PDAs)
 - Two-Dimensional Scramblers
 - Physical Security
 - Additional Sources
 - Bandwidth
 - BSAFE Crypto-C
 - The Wireless Local Area Network (WLAN)
 - Wireless Application Protocol (WAP)
 - ECDLP and Wireless Devices
 - Cryptography in Embedded Hardware: FPGA and ASICs
 - Wireless Transmission Media
 - Comparison of the TCP/IP, OSI, and WAP Models
 - Key Generation in Wireless Devices for IFP, DLP, and ECDLP
 - WLAN Products and Standards—Today’s Leaders?
 - WAP Security Architecture
 - Bandwidth in Wireless Devices
 - Speech Cryptology
 - Securing WLANs
 - Marginal Security
 - Security Functions at the Baseband Layer
 - VoIP and the Wireless Security Environment
 - Quantity, Speed, and Predictability of Transmitted Information
 - Security Functions at the Link Layer
 - Voice Over Internet Protocol
 - Taxonomy of Communications Systems
 - Protocol Sensitive Communications Security
 - Frequency-Hopping
 - VoIP Generally Speaking
 - Client-Server versus Peer-to-Peer
 - Evolution Towards Wireless (HW and SW Avenues)
 - Bluetooth
 - Channel Establishment
 - The Buzz Around VoIP
 - Circuit-Switched versus Packet-Switched or Frame-Switched Communications
 - Encryptor Structures in Wireless
 - Bluetooth Technology
 - Encryption With the E0 Stream Cipher
 - The Buzz Around VoIP
 - Unicast versus Broadcast Communications
 - Bluetooth Specification Development
 - Threats to Bluetooth Security
 - The Rise of VoIP Technology
 - Land-Based versus Wireless-Based Communications
 - Bluetooth Basic Specifications
 - Bluetooth Security Architecture
 - Jamming
 - Technical Issues for VoIP Calling
 - Transmission Medium (Non-LAN Point-to- Point, LAN or WAN, or LAN-WAN-LAN)
 - Scatternets
 - Bluetooth holes
 - Voice Network Security Vulnerabilities
 - Transmission Nature: Voice versus Data (Audio, Video, Alphanumeric)
 - ‘Weasel’ Model Philosophy and Rationale
 - Required Modules in a Block-Cipher-Based COMSEC Chip
 - Required Modules in a Stream-Cipher Based COMSEC Chip
 - Binary Number Multiplication and Accumulation Engine
 - Secure Repacketization of Information
 - Authentication in Third-Generation Handsets
 - A Case Study
 - Transmission Comparison of Cryptographic Modes of Operation
 - Protection Against Catalog Attacks
 - Modular Arithmetic Unit and Exponentiation Engine
 - Kasumi Algorithm
 - Software vs. Hardware Implementation of Wireless Security
 - Security Considerations for the
 - Protection Against Power Analysis Attacks
 - Hashing
 - Hardware-Efficient Rijndael Implementations and Comparison with Alternative Technologies
 - Configurable versus Non-Configurable Hardware
 - Recovery Properties for Garbled and Dropped Bits
 - Protection Against Traffic Analysis Attacks
 - Diffie-Hellman (DH) Key Exchange
 - Power Consumption versus Performance
 - Configurable Logic Blocks
 - Block Size and Communications Protocol
 - Common Techniques for Implementing Security Modules
 - Elliptic-Curve-Cryptography-Based Diffie-Hellman and Digital Signatures
 - Software Implementations of Rijndael in an SOC
 - Optimizing Wireless Security with FPGAs and ASICs
 - Distributed Arithmetic
 - Comparison Matrix for Performance Optimization
 - Initialization Vectors and Random Number Generation
 - Hyperelliptic Curves
 - Comparing Rijndael with HORNET™ and DES/3DES in Embedded SW
 - The ‘Trust Nobody’ Design Mentality
 - FPGA vs. ASIC Approach in the Design Trade-Offs: A Business Context
 - Basic Architectures for Block-Cipher Crypto Engines in a COMSEC Chip
 - The Case of Stream Ciphers
 - NTRU Lattice Cryptography Engine
 - Implementation of Rijndael on Configurable Hardware
 - Evaluating Secure Design Architectures
 - On-Chip Modules Provide Wireless Communications Security
 - Comparison of the Block-Cipher Implementation Architectures
 - Embedded Generation of Random Numbers
 - RPK Key Protocol
 - Full-Custom VLSI Hardware Implementations
 - Access Control Models
 - Purpose of Access Control
 - Access Control Criteria
 - Fundamental Concepts of Access Control
 - Uses of Access Control
 - Access Control Administration Models
 - Fundamental Concepts of Access Control
 - Access Control Mechanisms
 - Access Control Entities
 - Techniques Used to Bypass Access Controls
 - Characteristics of Good Passwords
 - Security Architecture
 - Syslog
 - Segmentation Devices
 - Future WLAN Standards
 - Foundations of Information Assurance
 - Password Management
 - Operations Security
 - Tripwire
 - Using Dynamic WEP (802.1x and EAP) to Address Authentication and Encryption Flaws in 802.11
 - Investigations
 - Setting up Defenses
 - SmartCards
 - Operational Indicators
 -  Common Intrusion Detection Framework
 - Password Attack Countermeasures
 - Host-Based Intrusion Detection
 - Common Vulnerabilities and Exposures
 - Applying WISDOM to WLAN Security
 - Password Management
 - NukeNabber
 - Shadowing
 - Password Cracking
 - BackOfficer Friendly
 - Honeypots and Honeynets
 - Defense-in-Depth Strategy
 - Back Orifice
 - Necessary Steps to Securing the WLAN Configuration According to NIST SP800-48 [11] (draft), network administrators need to configure APs in accordance with established security policies and requirements
 - The Common Criteria Model
 - AtGuard
 - Standardization of Application Security Features
 - Incident Handling Process Overview
 -  Incident Eradication
 - Techniques to Enforce Application Security
 - Incident Handling
 - Incident Recovery
 - Security and the Law
 - Types of Incidents
 - Incident Review and Prevention
 - The 1996 National Information Infrastructure Protection Act
 - Incident Handling Process Planning
 - Countering Cyberattacks
 - Real-World Cyberwar Example
 - Forming a Computer Security Incident Response Team
 - Securing Web Applications
 - Train to Collect and Protect Incident Information
 - Applications Development Security
 - Incident Management
 - Incident Identification
 - Application-Based Attacks
 - Overview of RFC 2196 (Site Security Handbook)
 - Incident Containment
 - Authority to Intercept Voice Communications
 - Nationwide Search Warrants for E-Mail
 - Obtaining Voice-Mail and other Stored Voice Communications
 - Deterrence and Prevention of Cyberterrorism
 - Changes to Wiretapping Procedures
 - Bluetooth and Wireless Personal Area Networks
 - Scope of Subpoenas for Electronic Evidence
 - Wireless Network Security
 - President's Executive Order on Critical Infrastructure Protection
 - Clarifying the Scope of the Cable Act
 - Wireless Networking Basics
 - The USA Patriot Act of 2001
 - Emergency Disclosures by Communications Providers
 - Wireless Local Area Networks
 - The Homeland Security Act of 2002
 - Pen Register and Trap and Trace Statute
 - Changes to Existing Laws
 - Intercepting Communications of Computer Trespassers
 - Advantages and Disadvantages of WLANs
 - Current WLAN Standards
 - An Introduction to Certificates
 - Device Security
 - Data Encryption Standard
 - Intermediate Certificates
 - Lightweight Mobile Cryptography Toolkits
 - Triple DES
 - Review and Assess Regularly
 - Certificate Chain
 - Device-Specific APIs
 - RSA Encryption
 - Ultra Wideband
 - Management of Certificates with a PKI
 - Secure Your Mobile Data
 - WLAN Policy and Risk Management
 - Security for WLANs
 - Authentication and Java
 - Code Signing
 - Purpose and Goals of WLAN Security Policies
 - WLAN Performance
 - Authentication
 - Verification
 - Basic Approach to WLAN Security and Policy Development
 - How WLANs work
 - WLAN Implementation Concerns
 - Content-Based Security
 - Encryption Schemes in WLANs
 - Mobile Security
 - Distributed Access Control
 - AES (FIPS 197)
 - Implement Protective Measures
 - Personnel Security
 - Security Issues for Wireless Public-Access Network Use
 - Social Engineering
 - WLAN Attacks
 - WinSniffer
 - OS Fingerprinting and Port Scanning
 - Internet Use
 - Sample WLAN Security Checklist
 - Searching Publicly Available Resources
 - WEP Decryption Tools
 - Ettercap
 - Application Layer Analyzers
 - Awareness Programs
 - E-Mail
 - Creating WLANs in Public Space
 - War-Driving, -Walking, -Flying, and -Chalking
 - MAC Address Spoofing and Circumventing Filters
 - L0phtCrack
 - Traffic Pattern Analysis
 - Risk Analysis
 - Sensitive Information
 - Virtual Local Area Networks
 - WLAN Audit and Discovery Tools
 - Rogue AP Exploitation
 - Lucent Registry Crack
 - Alerts and Advisories
 - System security
 - Designs for Scalable and Secure WLAN Solutions
 - Network Discovery Tools
 - Exploiting Confidentiality Weaknesses
 - Wireless Protocol Analyzers
 - Warning Banners
 - Physical Security
 - VLANs and Wireless DMZ Configuration
 - Networking Utilities
 - Exploiting Data Integrity Weaknesses
 - Share Enumerators
 - Identify What Needs Protection and Why
 - Employee Termination Procedures
 - WLAN Risk Management
 - WLAN Intrusion Process
 - Exploitable WLAN Configurations
 - Exploiting Authentication Weaknesses of the Service Set Identifier
 - Using Antennas and WLAN Equipment
 - Determine Likelihood of Threats
 - Training
 - Profiling to Select a Target or Gather Information
 - How Intruders Obtain Network Access to a WLAN
 - Exploiting Cryptographic Weaknesses
 - Antennas
 - Trojan Horses
 - Wireless Cards
 - Spyware
 - Denial-of-Service Attacks and Tools
 - RF Jamming
 - Data Flooding
 - Network Management Tools
 - Peer-to-Peer Attacks
 - Client Hijacking
 - Use of Malicious Code or File Insertion in WLANs
 - Rogue Devices as Exploitation Tools
 - Virus Incidents
 - Access Points
 - Worms
 - Wireless Bridges
 - How TKIP Addresses the Weaknesses in WEP
 - Enhancing WLAN Security
 - Using DHCP Services for Authentication
 - WISDOM for WLAN Practitioners
 - When and How to Use TKIP and WEP
 - Baselining
 - Risk Assessments Revisited
 -  Placement of Illegal Content
 - Techniques
 - Using Kerberos, RADIUS, and LDAP for WLAN Authentication
 - Costs of Securing WLANs
 - Security Vulnerabilities with Public-Access Wireless Networks
 - EAP and its Variants
 - Other WLAN Security Issues
 - Kerberos
 - WLAN Security Management Considerations
 - Weaknesses in Existing Security Solutions
 - EAP Authentication Types
 - Subnet Roaming
 - RADIUS
 - WLAN Risk and Threat Mitigation
 - VPNs in a WLAN Environment
 - Additional WLAN Security Solutions
 - LDAP
 - WISDOM Basic Security Measures
 - Mitigating Static WEP Risks with TKIP
 - VPN Types
 - Intrusion Detection Systems
 - Multifactor Authentication
 - WISDOM Intermediate Security Measures
 - Overview of WEP and TKIP
 - Tools and Technologies to Enhance VPN Security
 - Security Advantages of Thin Clients in a Wireless Environment
 - 802.11i and WiFi Protected Access
 - WISDOM Advanced Security Measures

category: Wireless Java Developing
 - Fragmentation
 - Running on a Real Device
 - Showing, Hiding, and Sizing
 - Using Resource Files
 - Other Connection Types
 - Double Buffering
 - Quick Start
 - Benchmarking
 - Porting Techniques
 - Package java.lang
 - Package javax.microedition.pki
 - Tooling Up
 - Requesting a Wakeup Call
 - Using Display
 - Handling Events
 - Review of HTTP
 - Responding to Incoming Connections
 - Multithreading and Animation
 - MIDP 2.0 Media Concepts
 - Diagnostic Tools in the J2ME Wireless Toolkit
 - Using Parsers in the J2ME Wireless Toolkit
 - Package java.lang.ref
 - Package javax.microedition.rms
 - Creating Source Code
 - A Bridge to the Outside World
 - Event Handling with Commands
 - Item Traversal
 - Making a Connection with HTTP GET
 - Permissions for Network Connections
 - Driving Animation with GameCanvas
 - Supported Content Types and Protocols
 - Optimizing Memory Use
 - HTTPS is Almost Everything You Could Want
 - Package java.util
 - Compiling a MIDlet
 - MIDlet Suite Security
 - Screens and Tickers
 - Managing Record Stores
 - Posting a Form with HTTP POST
 - Canvas Information
 - Polling for Key States
 - Player Life Cycle
 - Coding for Speed
 - Package javax.microedition.io
 - Sun's J2ME Wireless Toolkit Emulators
 - Packaging MIDlets
 - TextBox, the Simplest Screen
 - Working with Records
 - Using Cookies for Session Tracking
 - Painting and Repainting
 - Understanding Layers
 - Controlling Players
 - Optimizing Application Deployment
 - Protecting Passwords with a Message Digest
 - Package javax.microedition.lcdui.game
 - Anatomy of MIDP Applications
 - Tour of MIDP Features
 - No Floating Point in CLDC 1.0
 - Using Alerts
 - Saving User Preferences
 - Design Tips
 - Drawing Shapes, Text, and Images
 - Using Tiled Layers
 - Listening for Player Events
 - MIDP XML Parser Roundup
 - Securing Network Data
 - Package javax.microedition.media
 - Advantages of MIDP
 - Using an Obfuscator
 - java.lang
 - Creating Advanced Interfaces with Forms
 - Listening for Record Changes
 - Using HTTPS
 - Key Events
 - Using Sprites
 - Tones and Tone Sequences
 - MIDP XML Parser Roundup
 - Configurations
 - Trimming Bouncy Castle Down to Size
 - Package javax.microedition.media.control
 - MIDP Vendors
 - Using Ant
 - Streams in java.io
 - CustomItem Painting
 - Performing RecordStore Queries
 - Using Datagram Connections
 - Game Actions
 - Special Effects
 - The Mobile Media API
 - Using kXML 1.21
 - Package java.io
 - Package javax.microedition.midlet
 - Adopter Members
 - Form
 - CustomItem
 - TiledLayer
 - J2ME™ Standardization Efforts
 - Requirements
 - CLDC-Specific Classes
 - Structure of the MIDP User Interface API
 - New for MIDP 2.0
 - Form Layout
 - Java 2 Platform
 - Scope of the CLDC and MIDP Standards
 - New for CLDC 1.1
 - Display
 - MIDP High-Level User Interface Item
 - The Canvas API
 - Java 2 Platform, Micro Edition (J2ME)
 - CLDC Expert Groups
 -  MIDP Expert Groups
 - Commands
 - MIDP High-Level User Interface StringItem
 - Low-Level API for Events in Canvases
 - Creating and Using Images
 - Key Concepts of the J2ME Architecture
 - CLDC Architecture, Application Model, and Security
 - Areas Covered by the MIDP Specification
 - Advanced Topics
 - MIDP High-Level User Interface ImageItem
 - Graphics
 - Drawing Primitives
 - Evolution of the J2ME Platform
 - Java Virtual Machine Specification Compatibility
 -  MIDlets
 - New for MIDP 2.0
 - MIDP High-Level User Interface TextField
 - The GameCanvas API
 - Why Java™ Technology for Wireless Devices?
 - High-Level Goals
 - New for CLDC 1.1
 -  MIDlet Suites
 - List
 - DateField
 - Layers
 - The Wireless Internet Revolution
 - Target Devices
 - Background and Goals
 - New for MIDP 2.0
 - TextBox
 - Gauge
 - Sprites
 - A Bit of History
 - General Notes on Consumer Devices and Embedded Systems
 - Classes Derived from Java 2 Standard Edition
 - MIDP UI Compared to Desktop AWT
 - Alert
 - The Record Management System
 - ServerSocketConnection
 - Network-Based MIDlet Launch
 - APIs That Are Not Security Sensitive
 - Application Resource Files
 - LayerManager
 - Manipulating Record Stores and Records
 - UDPDatagramConnection
 - Listening and Launching
 - Establishing Trust for MIDlet Suites by Using X.509 PKI
 - Exiting a MIDlet
 - Collision Detection
 - Sample Code (RMSMIDlet.java)
 - CommConnection
 - Handling Connections after Launch
 - Recommended Security Policy for GSM/UMTS Devices
 - Almanac Legend
 - Sample Code: A Simple Game
 - Characteristics of Wireless Data Networks
 - Checking the Security Properties of a Connection
 - Security of the Push Registry
 - MIDlet Suites
 - CLDC Almanac
 - Overview of the MIDP 2.0 Sound API
 - Network Interface Considerations
 - HttpsConnection
 - Sample Usage Scenarios
 - MIDP System Software
 - MIDP Almanac
 - Player Creation and Management
 - The HttpConnection Interface
 - SecureConnection
 - Assumptions
 - Over-the-Air User-Initiated Provisioning
 - Media Controls
 - Sample Code (NetClientMIDlet.java)
 - MIDP X.509 Certificate Profile
 - Sandbox for Untrusted MIDlet Suites
 - Timer Support
 - Enhanced Media Support Using the Mobile Media API
 - SocketConnection
 - Alarm-Based MIDlet Launch
 - Trusted MIDlet Suite Security Model
 - System Properties
 - Preverification
 - System Properties
 - Packaging
 - Application Properties
 - Deployment and Execution
 - The MIDP High-Level API
 - Connected, Limited Device Configuration (CLDC)
 - Using the J2ME Wireless Toolkit
 - Device Application Management Systems
 - MIDP Application Program Structure
 - The Connected Device Configuration (CDC)
 - The MIDP Application Development Process
 - MIDlet Program Structure
 - Designing and Coding
 - The MIDlet State Model
 - Compilation
 - The MIDP UI Component Model

category: Wireless Internet Technologies and Applications
 - Modulation Techniques
 - Wireless Internet Architectures
 - Wireless Technologies
 - Framework for Technology Creation
 - Standards for Mobile Streaming
 - Wireless LANs Clustering
 - Overview of the H.323 Protocol
 - Preparing for the Move Forward
 - Preliminaries
 - Bluetooth Profiles Specification
 - Intelligent Paging Scheme
 - Issues for Protocol Layers in Manets
 - Research Initiatives
 - Performance Issues of Mobile Streaming
 - Location-Based Clustering
 - Overview of SIP
 - Recent WAP Developments and Applications
 - Domain-Independent Algorithms
 - Additional Considerations
 - Other Paging Schemes
 - Manet Implementation: Related Technologies and Standards
 - Wireless Internet Security
 - Video Compression Standards
 - Graph-Based Clustering
 - RLP
 - Contemporary View of User Mobility
 - Domain-Specific Heuristics
 - Fundamental Limits to Mobile Data Access
 - Intersystem Paging
 - Location Resolution and Management Techniques in Pervasive Computing Applications
 - How Secure are the Transmission Methods?
 - Protocols
 - Quasihierarchical Routing
 - H.323 Implementation Architecture
 - Challenges and Recent Developments of Terminal Mobility
 - Analysis of Rerouting Schemes
 - Models
 - IP Micromobility and Paging
 - Pervasive Computing Requirements and Appropriate Location Representation
 - How Secure are Wireless Devices?
 - Streaming Video over the Internet
 - Strict Hierarchical Routing
 - Media Packet-Blocking Analysis in GPRS
 - Challenges and Recent Developments of Personal Mobility
 - Performance Evaluation of Rerouting Schemes
 - Single-User-Throughput
 - Optimal-Location-Tracking-and-Prediction-in-Symbolic-Space
 - Wireless Internet Applications
 - How Secure are the Network Infrastructure Components?
 - Wireless Networks and Challenges
 - Wireless Networks
 - Wireless Application Protocol
 - Local Access Technologies
 - Mobile-Mobile Rerouting in Connection-Oriented Networks
 - Implementation: Realizing the MTMR Potential
 - Location Management
 - Future of Wireless Technology
 - End-to-End System Architecture
 - Adaptation by Cross Layer Design
 - Basis-of-Voice-Coding
 - WAP Solution Benefits
 - Mobility and the Internet Protocols
 - Performance of Mobile-Mobile Rerouting
 - Paging
 - Location Area Planning
 - WLANs-and-Cellular-Networks-Comparison-and-Contrast
 - The Challenges of Mobile Networks
 - Integrating-the-Adaptation-for-Streaming Video over Wireless Networks
 - Network Quality Requirements
 - Some Constraints of a WAP-Enabled Wireless Network
 - Perspectives and Conclusions
 - Protocol Stack
 - System Throughput
 - Wireless Ad Hoc Network Application
 - Wireless-Office-Services-WOS
 - Mobile Networks for Video Telephony
 - Related Work and Comparison
 - Primitive Digital Data Over Packet-Switching Networks
 - Standards for Mobile Video Telephony
 - Moderate Speeds Over Wireless WANs
 - Searching for a Wireless Solution
 - Performance Issues in Mobile Video Telephony
 - Half-Step Forward to Wireless Broadband
 - Wireless Internet Phenomenon
 - Mobility Applications
 - Will WAP-Enabled Phones Dominate the Personal Computer Marketplace?
 - 3G: Redefining Wireless Internet Services
 - The WAP-Enabled Transaction Model
 - High-Speed Wi-Fi: A Different Type of Wireless
 - A Sample Application
 - Evolution of Mobile Internet Services
 - Applications are Key to Wireless Internet Growth
 - Simulation Results
 - Arguments for WAP
 - Slow Motion Over Plain Old Cellular
 - Wireless Communications
 - End-to-End System Architecture
 - Web Clipping Over Pager Networks
 - CiscoWorks WLAN Solution Engine
 - Broadband Fiber-to-the-Home Technologies, Strategies, and Deployment Plan in Open Service Provider Networks:Project UTOPIA
 - Essential Equipment
 - Viruses and Broadband
 - Spyware
 - E-mail and Digital Photography
 - Broadband Explained
 - Switching Broadband Providers
 - Four Steps to Protect Your Computer
 - Automatic Updates
 - Wireless at Home
 - Benefits of Broadband
 - What Type of Surfer Are You?
 - Downloading Windows Security Centre
 - Backup Your Computer
 - Wireless on the Move
 - FROM MULTI-MODE FIBER TO SINGLE-MODE FIBER
 - How to Get Broadband
 - Installing Broadband
 - Using the Firewall
 - Five More Tips to Keep Your Computer Protected
 - Broadband Optical Access Technologies and FTTH Deployment in NTT
 - Types of Broadband
 - Testing Your Speed
 - Virus Protection
 - Instant Messaging
 - Today's Broadband Fiber Access Technologies and Deployment Considerations at SBC
 - Which Broadband Service Can You Receive?
 - Optimising Your Speed
 - Using AVG Anti-Virus
 - ww.itv.com TV, Video and Webcams
 - FTTH: The Swedish Perspective
 - Finding a Broadband Provider
 - Optimising Downloads
 - What To Do If You’ve Been Infected
 - Broadband Access Networks and Services in Korea
 - What to Look Out For
 - Protecting Your Computer
 - Anti-Virus Updates
 - PC Phone Calls
 - The Bluetooth Protocol Stack
 - Foundation Profiles
 - Coexistence and interoperability
 - WiFi Protected Setup
 - The Extended Service Set (ESS)
 - The PHY layer
 - Operating frequencies
 - A New Way of Thinking
 - Generations of Wireless Technology
 - WarXing: War-Walking, War-Driving and War-Storming
 - Encryption
 - In Technology we Trust
 - A different kind of class
 - Near Field Magnetic Communication
 - WiMedia Me
 - Link Controller (LC)
 - The Adopted Profiles
 - 802.15.4: Low data rate, low power Wireless Personal Area Network (WPAN)
 - WiFi Multimedia Power Save
 - The WiFi Story Begins with the Letter B
 - The PLCP and PMD sub-layers
 - Active and passive tags
 - Understanding the Wireless Audience
 - Third Generation (3G)
 - Encryption Principles
 - Security features in other wireless technologies
 - Working with technology
 - Conclusion2
 - Coexistence and interference
 - The Original Bluetooth
 - Link Manager (LM)
 - ZigBee: Untethered and Unlicensed
 - The ZigBee Protocol Stack
 - Comparing WiFi and WiMAX
 - The WiFi Protocol Stack
 - 802.11b PHY operation
 - What is NFC?
 - Categorizing the Wireless Audience
 - Wireless Convergence
 - Wired Equivalent Privacy (WEP)
 - Approach to Wireless Security
 - Living with technology
 - Cypress Semiconductor: Introducing WirelessUSB
 - Quality of service
 - The Radio Architecture
 - Logical Link Control and Adaptation Protocol (L2CAP)
 - Comparing ZigBee and Z-Wave
 - Understanding the application context
 - Generating Revenue from WiFi
 - The MAC (Data Link) layer
 - 802.11g/a PHY operation
 - Our reasons to believe
 - The Diffusion of Wireless Innovation
 - Broadband wireless
 - Vulnerabilities in WEP
 - Enabling Intelligent Connectivity
 - ZenSys: An Open Standard for Wireless Home Control
 - The WirelessUSB Challenge
 - An Introduction to the Notion of Standards-based Wireless Application Development
 - The frequency hopping scheme
 - Service Discovery Protocol (SDP)
 - Our Reasons to Believe
 - ZigBee Device Objects
 - The WiFi Network Topology
 - The MAC frame format
 - The Next Generation of WiFi
 - Enabling intelligent connectivity
 - Making Sense of Wireless Technology
 - Cultural Economic Effects on Product Pricing
 - Manufacturers’ Refocus of Consumer Perception and Usage Models
 - WiFi Protected Access
 - Coexistence and Interoperation
 - Enabling Wireless Home Control
 - The RF composition
 - Adaptive frequency hopping
 - RFCOMM
 - ZigBee’s Networking Topology
 - WiFi: Enabling True Ubiquitous Connectivity
 - The independent and basic service set (BSS)
 - Basic service set identifier (BSSID)
 - A new range of WiFi products 802.11n
 - Application types
 - Where are We Today with New Wireless Technology?
 - A Long-term Perspective
 - Can we Confidently Rely on Wireless Communication?
 - WPA2 key management
 - Ignoring unwanted noise
 - Enabling the Wireless Home Control Network
 - Crossing the bridge
 - Basic rate and enhanced data rate
 - Object Exchange (OBEX)
 - The Radio Architecture2
 - Overcoming the Obvious
 - Improved authentication and privacy
 - Service set identifier (SSID)
 - Intelligent Transportation Systems (ITS)
 - Conflicting UWB standards
 - Reasons for Choosing Wireless
 - Comparing Wide-area and Personal-area Communications
 - How Safe is Your House?
 - Bluetooth authentication, pairing and encryption
 - How can we talk with each other?
 - The mesh networking topology
 - WirelessUSB for sensor networks
 - The Odd Couple: Bluetooth and Ultra-Wideband
 - Power classes
 - Bluetooth clock
 - What are Bluetooth Profiles?
 - Security and authentication
 - There’s Something about WiFi
 - Distributed System (DS)
 - MAC architecture
 - What is RFID?
 - Where is the Original Thought?
 - Wide-area vs. Personal-area
 - Access Control
 - Defining Quantitative Needs for Technology
 - Self-organization, self-healing and ease-of-use
 - Aura Communications Technology:Creating the Personal Bubble
 - Bluetooth over UWB
 - Web Surfing on the Mobile Internet
 - Network Evolution Overview
 - 3GPP2
 - Services on the Internet
 - Application Layer Protocols: FTP, Telnet, HTTP
 - Second-Generation Mobile Networks
 - TIA/EIA-136 Architecture Description
 - Data Services
 - Session and Transport Issues
 - GPRS Roaming
 - Protocol Architecture
 - IP Application
 - Services Provided in the IEEE 802.11 Family
 - Bluetooth Profiles
 - Applications in WAP
 - Relation to I-Mode
 - Location Services
 - 3GPP Network Evolution
 - Internet Standard Bodies
 - The World Wide Web
 - Addressing
 - Third-Generation Mobile Networks
 - IS-136 Protocol Layers
 - Challenges of IP in Wireless Networks
 - Transitional Support
 - IP in UMTS Networks
 - Multimedia Session in UMTS
 -  IP in 802.11 Networks
 - IEEE 802.11 Family Operations
 - IP Applications in Bluetooth
 - WAP 2.0
 - M-Commerce
 - 3GPP Network Evolution
 - Open Mobile Alliance
 - Internet Registries
 - Routing
 - Traffic Channel Data Services
 - IS-136 Teleservices
 - Technical Overview
 - Data in GPRS Networks
 - Vision of UMTS
 - Data in cdma2000 Packet Networks
 - IEEE 802 Family, LAN Standards, and IP
 - Deployment of IEEE 802.11 WLAN Systems
 - Competing Technologies
 - Future Applications in Wireless IP Networks
 - Mobile Office
 - 3GPP2 Standard Evolution
 - A View of the Future
 - Naming
 - Data Application Examples
 - Circuit Switched Data Services
 - The Addressing Challenge
 - GPRS as Compared to GSM CS Data
 - UMTS History
 - Architecture Description
 - Brief History of Wireless LAN
 - Bluetooth History
 - Wireless Application Protocol and I-Mode
 - Applications and Services
 - Peer-to-Peer Applications: Gaming
 - Wireless LAN 802.11 Evolution
 - OSI Model
 - Host Configuration
 - High-Speed Circuit Switched Data
 - Enhancement to IS-136 Standard
 - The Radio Link Challenge
 - Network Architecture Description
 - UMTS Spectrum
 - Packet Data Services Description
 - IEEE 802.11 Protocol Model
 - Technology Introduction
 - Architecture Overview
 - Networks and Devices
 - Use of Wireless IP Networks for Telemetry and Telematics
 - Evolution of Bluetooth
 - Internet Model
 - Brief History
 - Data Services on Signaling/Broadcast Channels—SMS
 - CDMA IS-95-A/IS-95-B Data Networks
 - The Mobility Challenge
 - Protocol Architecture
 - UMTS Requirements and Features
 - Protocol Architecture
 - 802.11 Family Wireless LAN Architecture
 - Technology Overview
 - WAP Network Elements
 - Enhanced Voice Service
 - Healthcare Industry
 - Service Evolution
 - History of the Internet
 - Network-Layer Protocols: IP, ICMP, and ARP
 - Cellular Fundamentals
 - Data in IS-136 Networks
 - Architecture Description
 - The QoS Challenge
 - Radio Functions
 - UMTS Architecture Description
 - Core Network Procedures
 - 802.11 Family Physical Layer
 - Bluetooth Protocol
 - Sample WAP Configurations
 - Presence and Messaging
 - Evolution of IP Wireless Networks
 - 3GPP
 - The Internet Architecture
 - Transport-Layer Protocols: TCP, UDP, and SCTP
 - First-Generation Mobile Networks
 - The Digital PCS Standards
 - Protocol Architecture
 - The Security Challenge
 - IP Transport Example
 - UMTS Interfaces
 - Radio Layer Functions
 - IEEE 802.11 Medium Access Control Layer
 - Bluetooth Security
 - Wireless Markup Language
 - Overview of IEEE 802.11 PHYs
 - Reprise of IEEE 802.11's MMPDU Structure
 - Security and the OSI Model
 - WLANs in Medium-to-Large Enterprise Networks
 - The Future's So Bright…
 - What Causes a Probe Response?
 - Wired-Equivalent Privacy (WEP)
 - Wireless LANs in Public Places
 - IEEE 802.11 MAC Sub-layer Frame Structure
 - Dissection of an Actual Probe Response
 - IEEE 802.11i —Robust Security Network
 - Deploying WLANs at Home: A Case Study
 - The Mother of All Networking Standards
 - Structure of the IEEE 802.11 MAC Sub-layer Frame
 - Building Blocks: Joining a Wireless LAN
 - IEEE 802.11: Wireless LANs and Beyond
 - Aside: The IETF[9] and TCP/IP Standards
 - Structure of the IEEE 802.11 MAC Frames
 - IEEE 802.11 WLAN Components
 - Bluetooth® and IEEE 802.15.1: Wireless Personal Area Networks (WPANs)
 - IEEE LAN Standards
 - IEEE 802.11 Data Exchange Interfaces
 - MAC/PLCP Interactions
 - EEE 802.16: Fixed Broadband Wireless Access
 - Introduction to IEEE 802.11's MAC Sub-layer Frame Structure
 - Higher-Layer Protocol Encapsulation
 - DCF, PCF, Time, and Power Management
 - IEEE 802.11 Wireless LAN Devices
 - Summary of IEEE 802.11 PHYs
 - Modes of Operation
 - Introduction to Wireless LAN Security
 - Wireless LANs at Home
 - Online Transaction Standards
 - Security
 - Security Protocols
 - Internet Taxation
 - Wireless Access Service Providers (WASPs)
 - Other Platforms
 - Location-Interoperability Forum
 - Advertising
 - Anatomy of an Online Credit-Card Transaction
 - Ancient Ciphers to Modern Cryptosystems
 - Security Attacks
 - Health and Safety
 - Network Access & Information Sharing Technologies
 - Future of Wireless Technologies
 - Internet and World Wide Web Resources
 - Tracking and Analyzing Data
 - Wireless Payment Standards
 - Secret-key Cryptography
 - Network Security
 - Socio-Economic Segregation
 - Satellite Communications
 - Palm™ and Palm OS®
 - Business-to-Employee (B2E) Applications
 - e-Marketing and m-Marketing
 - Personalization
 - Public Relations
 - m-Payment Processing and Financial Institutions
 - Public-key Cryptography
 - Steganography
 - Web Accessibility
 - SyncML Initiative
 - Business-to-Employee (B2E) Applications
 - Branding
 - Business-to-Business (B2B) Marketing on the Web
 - Online Credit-Card Fraud
 - Key Agreement Protocols
 - Wireless Internet Regulation
 - International Regulation of Wireless Communications
 - First Generation Technology (1G) and AMPS
 - Enhanced 911 Act (E911)
 - Marketing Research
 - Search Engines
 - Online and Wireless Payment Options
 - Key Management
 - Privacy and Wireless Communication
 - Evolution of Wireless in the United States and Globally
 - Second Generation Wireless Technologies (2G)
 - Identifying Cellular Devices: Cell-ID
 - E-Mail Marketing
 - Internet and World Wide Web Resources
 - Alternate Payment Options
 - Digital Signatures
 - Legal Issues: Other Areas of Concern
 - International Wireless Technologies and Markets
 - 2.5G and Third Generation (3G) Wireless Technologies
 - Location-Identification Technologies
 - Wireless Marketing
 - Wireless Payment Options
 - e-Billing
 - Cryptanalysis
 - Cybercrime
 - Hardware
 - Wireless Protocols, Platforms and Programming Languages
 - Location-Based Services
 - Promotions
 - Program Modules in WMLScript
 - Random Number Generation(WML)
 - Duration of Identifiers(WML)
 - Scope Rules (WML)
 - Wireless markup language (WML)
 - wml script functions
 - Programmer-Defined Functions
 - Function Definitions

category: Building Wireless
 - Layer 1 (Physical) Connectivity
 - Point-to-Point Links
 - Universal Wireless
 - Equipment Limitationsand Certification
 - The WISP Approach
 - Wired Wireless
 - Bridging
 - Point-to-Multipoint-Links
 - OSCON 2000
 - Interference
 - The Cooperative Approach
 - Vital Services
 - WEP, MAC Filtering,and Closed Networks
 - Home-Brew-Antennas
 - The Campus
 - Broadband AUPs
 - The Standards
 - Security Considerations
 - Roaming
 - Redundant Links
 - Coffee, Coffee, Coffee
 - Human Exposure to RadioFrequency Radiation
 - Hardware Requirements
 - Access Point Caveats
 - Channel Spacing
 - Repeaters
 - Online From Home,No Strings Attached
 - Laws ConcerningAntennas and Towers
 - Site Survey
 - The Apple AirPort Base Station
 - Topo Maps 102: Geographical Diversity
 - Security Concerns
 - The Community Takes Notice
 - The Future: Good News and Bad News
 - 802.11b Channels and Interference
 - Access Point Management Software
 - Antenna Characteristicsand Placement
 - NoCatAuth Captive Portal
 - Introduction to the Technology
 - Topographical Mapping 101
 - Configuring Dialup
 - Software
 - Seattle Wireless
 - Power Limits
 - Carrier Multiplexing
 - RF Components
 - Extending Range Via an Ad Hoc Peer-to-Peer Network
 - Power Management and Time Synchronization
 - Amplifiers
 - Network Features and Products
 - Medium Access Control (MAC) Concepts and Architecture
 - 802.11b at 20 to 72 Miles
 - Network Features and Products
 - How Does 802.11 Work?
 - MAC Layer Services
 - Architecture: The Large Network Solution
 - Security and 802.11
 - DSSS
 - MAC Layer Architecture
 - Metro Area Networks (MANs)
 - Basic 802.11 Security and Its Known Problems
 - 802.11 Variants
 - 802.11 Architecture
 - Local Multipoint Distribution Service (LMDS)
 - Types of Security Threats
 - Orthogonal Frequency Division Multiplexing (OFDM) and IEEE 802.11a
 - Mobility
 - 802.16: Protocol for WMANs
 - Orthogonal Frequency Division Multiplexing
 - Range is Not an Issue
 - Consecutive Point Network (CPN)
 - How Does Wireless Fidelity (Wi-Fi) Work?
 - Interference and Quality of Service (QoS) on 802.11
 - 802.11 Security Measures Beyond WPA
 - External Sources of Interference
 - Security Policy—A Range of Options
 - Internal Sources of Interference
 - 802.11 Security Measures Beyond WEP
 - Typical Network Architecture with WLAN Added
 - Typical Network Architecture with a WLAN and Wireless Firewall Added
 - 802.1x and EAP—Advanced Security
 - Kerberos
 - Latency in Wireless Networks
 - 802.11e MAC Enhancements
 - Other Softswitch Components
 - Vo802.11 Phones
 - The Economics of Wi-Fi in Public Networks
 - Producer Benefits
 - Interference-The Solution
 - Range as Limitation
 - The Role of 802.11b in Better Living Through Telecommunications
 - QoS in 802.11
 - EDCF and HCF: QoS in 802.11 Networks
 - VoIP and Softswitch Pave the Way for Vo802.11
 - PDA as an Office Phone via an IP-PBX
 - Hot Spots
 - Consumer Benefits
 - Spectrum Scarcity-The Problem
 - Security Fixes for 802.11
 - Integrating Wireless Technologies
 - Legacy 802.11 MAC
 - Voice over 802.11
 - Voice Quality of Vo802.11
 - Considerations in Building 802.11 Networks
 - Turnkey Operators
 - Broadband Access and Telephone Services
 - Spectrum Scarcity-The Solution
 - QoS on 802.11 Networks
 - The Importance of QoS on 802.11 Networks
 - CSMA/CA
 - Voice over Wireless: The Challenge
 - Solution: Voice Codecs Designed for VoIP, Especially VoIP over 802.11
 - Economic Aspects of Wi-Fi
 - Reciprocal Compensation-Build It and They Will Pay You
 - Regulatory Aspects of 802.11
 - Government Command and Control-The Problem
 - Voice over 802.11 (Vo802.11)
 - Fresnel Zone and Line-of-Sight Considerations
 - Collision Avoidance Mechanisms
 - Origins of VoIP
 - Enhanced Speech-Processing Software
 - The Economics of Wireless in the Enterprise
 - Making the Private Network Public-Layering
 - If You Want Interference, Call the Black Ravens
 - Power Limits
 - Government Command and Control of the Spectrum - The Solution
 - Economics of 802.11
 - Factors Affecting QoS in Wired IP Networks
 - Data Fragmentation
 - How Does VoIP Work?
 - Examples of Enhanced Speech-Processing Products
 - The Productivity Benefits of WLANs
 - WISP ROI for Wireless Access via 802.11
 - Interference
 - Public Interest-The Problem
 - Regulatory Environment for 802.11
 - Improving QoS in IP Routers and the Gateway
 - Improving QoS in the Network
 - The Need for QoS in Wireless Networks
 - Point Coordination Function (PCF)
 - VoIP Signaling Protocols
 - Security for Vo802.11
 - Another Economic Aspect of Wireless Networks: Vo802.11 in the Enterprise
 - WISP ROI for Wireless Access via 802.11
 - The FCC New Spectrum Policy
 - Public Interest-The Solution
 - Potential Results of Ubiquitous Wireless Broadband Internet Service
 - Challenges to Wireless QoS
 - IEEE 802.11e-Improved QoS in Wireless Networks
 - Softswitch (a.k.a. Gatekeeper or Media Gateway Controller [MGC])
 - Architecture of Vo802.11: Putting It All Together
 - Vo802.11 Telephone System Cost Justification in the Workplace
 - The Economic Benefits of Ubiquitous Broadband with Public Networks
 - Interference-The Problem
 - Congressional Moves Toward Spectrum Policy Reform
 - The Social Rewards of Wireless Broadband

category: Mobile and Wireless
 - Why Go Mobile?
 - Wireless Local Area Networks (WLANs)
 - Messaging Value Chain
 - Challenges
 - Wireless Wide Area Networks (WWANs)
 - Security-Primer
 - Mobility Enablers
 - WWAN Operators
 - Definition of Mobile and Wireless
 - Helpful Links
 - Satellite Systems
 - m-Commerce
 - Mobile Device Classifications
 - m-Business
 - Device Manufacturers
 - Mobile Application Architectures
 - Components of a Wireless Environment
 - Helpful Links
 - Application-Architectures
 - The Mobile Market Evolution
 - Wireless Networks
 - Messaging Basics
 - Reasons-for-Using-a-Database
 - Wireless Content Types
 - Mobile Device Management
 - Synchronization Fundamentals
 - Wireless Application Servers
 - Mobile Positioning Techniques
 - Smart Client Security
 - Synchronization Development Options
 - Development Tools
 - What Is a GIS?
 - Smart-Client-Architecture
 - SyncML Overview
 - Wireless Internet Service Providers
 - LBS Development
 - Messaging Value Chain
 - Architecture-Overview
 - VoiceXML
 - LBS Vendors
 - WAP-Security
 - Processing a Wireless Request
 - Building VoiceXML-Applications
 - Binary Runtime Environment for Wireless (BREW)
 - Mobile Operating Systems
 - Wireless-Application-Protocol-WAP-Overview
 - Voice Vendors
 - Speech Application Language Tags (SALT)
 - The Development Process
 - Thin Client Application Models
 - PIM Sync
 - M-Services
 - The Best Antenna for the Best Scenario
 - Antenna Placement
 - Cisco Compatible Extensions (CCX)
 - Cisco Mobile Wireless Center
 - IEEE 802.1X Authentication
 - Security
 - Wireless Devices and Standards
 - Location Update
 - Are Mobile Telephones Hazardous to Health?
 - WAP and M-Commerce
 - Critical Success Factors for M-Commerce
 - Future Impact: Generation "W" in a Wireless World
 - WAP: A Global Standard
 - Telemedicine Applications
 - Operating Systems for WAP
 - Wireless Internet in Telemedicine
 - Wireless Internet Application for Music Distribution
 - Arguments Against WAP
 - Experimental Study
 - The View From the Top
 - The Bouncy Castle Cryptography Package
 - Why High-Tech Companies Are Excited about Bluetooth
 - The Short Messaging Service Center (SMSC)
 - Handover Scenarios
 - GPRS vs. Fixed-Line Data Transmission
 - The GPRS State Model
 - Session Management from a User Point of View
 - The Base Station Subsystem (BSS)
 - The Mobile Station
 - The GPRS Air Interface
 - GPRS Network Elements
 - Frequency Bands
 - The SIM Card
 - As GPRS is an addition to the GSM network, the eight timeslots available per carrier
 - The Serving GPRS Support Node (SGSN)
 - The Base Transceiver Station (BTS)
 - The Intelligent Network Subsystem and CAMEL
 - Coding Schemes
 - The Gateway GPRS Support Node (GGSN)
 - The GSM Air Interface
 - General Packet Radio Service
 - Enhanced Data Rates for GSM Evolution (EDGE) – EGPRS
 - GPRS Radio Resource Management
 - The TRAU for Voice Data Transmission
 - Circuit-Switched Data Transmission over GSM
 - Mobile Station Classes
 - GPRS Interfaces
 - Location Area and Location Area Update
 - Packet-Switched Data Transmission over GPRS
 - Network Mode of Operation
 - GPRS Mobility Management and Session Management
 - The Mobile Terminated Call
 - GPRS and the IP Protocol
 - GPRS Logical Channels on the Air Interface
 - GPRS Session Management
 - Deploying Within Urban, Suburban, and Rural Environments
 - Frequency Converters, RF Amplifiers, Integrated Radio/Antennas, and Radio Modems
 - Switched VPNs
 - Central Office Traffic Management and Distribution
 - Interconnection Between UMTS and WLAN Based on Mobile IP
 - Handoff-Aware Wireless Access Internet Infrastructure (HAWAII)
 - Integrated Wired and WLAN Services using the Cisco Infrastructure and Cisco IOS Software
 - Wireless-aware Design Considerations
 - Segment Transmission and Retransmission
 - WWANs
 - Main Protocols
 - Packet Scheduling Mechanisms
 - Physical Layer
 - Evolution
 - Traffic Policing Mechanism
 - Data Link Control (DLC) Layer
 - QoS Parameters
 - Resource Reservation Signaling Mechanisms
 - Multimedia Application Requirements
 - Admission Control
 - QoS Services
 - QoS Architecture
 - Realization of QoS Services
 - IEEE 802.11
 - Classification
 - IEEE 802.11e (QoS Extension)
 - Channel Access Mechanism
 - Architecture
 - Why Is Wi-Fi Vulnerable to Attack?
 - Under Siege
 - How IEEE 802.11 WEP Works and Why It Doesn't
 - WPA, RSN, and IEEE 802.11i
 - The "Rig"
 - Definition of Mobile and Wireless
 - DENEME
 - Economic Recession and 3G Fiasco
 - Trends and Fundamental Drivers
 - New and Advanced Services
 - Still Mostly Second-Generation Wireless Networks
 - Fourteen Trends Shaping the Scenarios
 - Usability and Human-Machine Interface
 - Wireless Explosion—Creative Destruction
 - A Weekday Morning in a Small Scandinavian Village
 - Fundamental Drivers
 - Health and Environment
 - A Sunny Berlin Day in 2015
 - A Sustainable Society in Balance with Itself
 - Theories Supporting Fundamental Drivers
 - A Need for Cross-Disciplinary Research
 - The Wireless Scene in 2015
 - Many Local and Few Global Wireless Systems
 - Mobile Terminals in 2015
 - Wireless Technology in 2015
 - Early April Morning, Green Haven Gated Community, New York, US
 - Mobile Services in 2015
 - Slow Motion
 - Moguls and Governments
 - Challenges for Technical Research
 - Ordinary Life in Stockholm and Business Life in Shanghai
 - Few Different Systems
 - Seamless Mobility
 - Europe
 - Yupplots
 - China
 - Elders
 - Japan and South Korea
 - Mobile Professionals
 - Scenario Thinking and Scenario Making
 - Making Our Scenarios
 -  Challenges for the Wireless Industry
 - Other Studies about the Future
 - The Challenges
 - Summary and Concluding Remarks
 - Challenges for Key Regions
 - Moving into the Future
 - Industrial Users
 - Wireless@KTH and the Vision-Driven Research Approach
 - Mobile Operating Systems and Platforms
 - Images
 - Statements and Expressions
 - Setting up a WAP Server
 - WAP Security Architecture
 - WML Commands and Attributes
 - Passing Variables
 - Calling WMLScript Functions
 - Nokia WAP Server
 - Session Management
 - Lang Library
 - Text Formatting
 - Questions
 - Questions
 - Modifying an HTTP Server
 - Questions
 - Float Library
 - Basic Commands
 - Problems
 - MicroBrowsers
 - Problems
 - Publishing to the WAP Server
 - Other Script Languages
 - Input
 - WMLScript Programming
 - Advanced WML Script
 - Questions
 - XHTML
 - Variables
 - Questions
 - Functions
 - Questions
 - Standard Libraries
 - Creating Push and Pull Notifications
 - cHTML
 - Inserting Comments
 - Problems
 - WMLScript Variables
 - Questions
 - Push versus Pull Notifications
 - Questions
 - WML Objects and Syntax
 - Operators
 - Problems
 - Questions
 - Problems
 - A Bottoms-Up Approach
 - The JMS API
 - Penetration of Mobile Devices
 - A Framework of Future Development
 - Conditions Sparking Development of Mobile Commerce
 - Challenges in M-Commerce
 - M-Commerce Consumer Interactions
 - Design of Product-Brokering Agent
 - Slope Analysis
 - JMS in Commercial Wireless Middleware Products
 - Background: Rapid Diffusion of Mobile Technology
 - Use of Mobile Devices
 - Assessing the Market Potential of Network-Enabled 3G M-Business Services
 - Equipment Used in M-Commerce
 - M-Commerce Applications
 - M-Consumer Needs
 - System Evaluation
 - Market Drivers
 - Inflection Point Analysis
 - JMS Wireless Transport Protocol
 - M-Business: Advantages and Enhancements Over E-Business
 - M-Commerce: Challenges and Opportunities
 - Issues in Implementing M-Commerce
 - M-Consumer Concerns
 - State Gap and Trend Analysis
 - Altman's Z-Score Discriminant Function Algorithm
 - Wireless Middleware Services
 - Network-Enabled M-Business Services
 - Predictions of Future Growth of M-Commerce
 - Finland as a Mobile Business Pioneer
 - Matching M-Commerce Needs and Concerns
 - These Significant Trends Favor Wireless over Land Lines
 - Wireless Middleware
 - Future Trends of Wireless Middleware
 - Profiles of Selected, Proposed, Network-Enabled 3G/UMTS M-Business Services
 - Implications for Management
 - Finnish M-Commerce: A Business Network Approach
 - Addressing M-Consumer Concerns
 - Disruptive Technologies and Schumpeter's Creative Destruction Model
 - Types of Middleware
 - Usability Issues and Limitations of Mobile Devices
 - Global Heterogeneity in the Emerging M-Commerce Landscape
 - Comparative Assessment of Profiled Applications
 - Key M-Commerce Statistics
 - A Generic Business Network Model for M-Commerce
 - M-Commerce Consumer Business Applications
 - Disruptive Technology
 - Wireless Middleware Challenges and Requirements
 - Mobile Commerce
 - Patterns of Global Diffusion of M-Commerce Technology
 - General Guidelines for Assessing New M-Business Services
 - Mobile Telecommunication
 - Conclusion and Future Directions
 - Global M-Commerce Market Overview
 - Top Down, Bottoms-Up Reconciliation Model
 - Wireless Networking
 - Limitations of Mobile Devices
 - Factors Impacting Diffusion Patterns of Mobile Technology and M-Commerce
 - Current State of M-Commerce
 - The Wireless Protocols
 - M-Commerce Overview
 - Related Work

category: WLANs WPANs
 - Release 4
 - Global Information Multimedia Communication Village
 - Revenue and Traffic Expectations
 - 3G and Its Interworking with WLAN
 - Evolution from 2G to 3G
 - 3G and Its Releases
 - Release 3
 - Pros and Cons of Emulating 3G-SGSN
 - Conclusions and Future Directions
 - Reverse ARP (RARP)
 - 3G Deployment Scenario
 - Interconnection-Between-UMTS-and-WLAN-Through-Virtual-Access-Point-VAP
 - IP
 - Routing and Protocols
 - Impact on the Existing Network
 - Pros and Cons of VAP-Based Interconnection
 - Fragmentation
 - Direct Routing
 - Interworking System Architectures
 - Interconnection Between UMTS and WLAN Through Mobility Gateway
 - Addressing
 - Indirect Routing
 - Interconnection Between 3G-SGSN and WLAN Access Point
 - Pros and Cons of Interconnection Between UMTS and WLAN Through MG
 - ICMP
 - Gateway-to-Gateway (GGP)
 - Pros and Cons of Emulating RNC
 - ICMP Message Format
 - Routing Information Protocol (RIP)
 - Interconnection Between GGSN and WLAN Access Point by Emulating 3G-SGSN
 - Handover Between IEEE 802.11 and UMTS
 - ARP
 - Mobility and the IP
 - Pros and Cons of Emulating 3G-SGSN
 - WLAN and UMTS Based on Mobile IP
 - ARP Message Format
 - Physical Layer
 - Multirate Support
 - Other DLC Entities
 - Radio Coverage
 - Influence of Errors on TCP
 - Micro-Mobility Protocols
 - Congestion Control in TCP
 - MAC Layer
 - HIPERLAN General Architecture
 - Handover Issues
 - IEEE 802.11 for Outdoor Environment
 - Analysis of the Idle Times
 - Interoperating with Mobile IP
 - Effects of the Wireless Links on the TCP
 - MAC Architecture
 - System Architecture
 - CL
 - UDP Behavior over IEEE 802.11b
 - Conclusions
 - Asymmetric Effects and Latency Variations
 - Optional PCF
 - System Specification
 - QoS Support in HIPERLAN-2
 - Ideal Channel
 - Existing Concepts
 - Transport Protocols
 - Low Channel Bandwidths
 - Association Service
 - DLC Layer
 - MMAC-PC
 - Effect of Access Based on RTS/CTS
 - Overview of Bluetooth
 - User Datagram Protocol
 - The IEEE 802.11 Standard
 - IEEE 802.11 General Architecture
 - Authentication and Privacy
 - MAC Layer
 - The ISM Band and Channel Allocation
 - Influence of Errors in UDP
 - Bluetooth General Architecture
 - TCP
 - System Architecture
 - Mobility
 - MAC Operations
 - Signal, Interference, and Radio Coverage
 - Behavior of TCP over IEEE 802.11
 - Bluetooth Protocol Reference Model
 - Establishing and Closing a TCP Connection
 - System Specification
 - Power Saving
 - MAC Addressing
 - Signal and Interference in the ISM Band
 - Ideal Channel
 - Mobile IP
 - BENEFITS OF WLANs
 - BASIC CONCEPT OF WIRELESS IP
 - MARKET TREND
 - ISSUES
 - REQUIREMENTS OF WLANs
 - FUTURE DIRECTIONS
 - WLANs
 - BASIC CONCEPT OF WLANs
 - How to Protect Yourself When Using a Hotspot
 - RF Amplifiers
 - Installation in Difficult-to-Wire Areas
 - Retail
 - Wireless LAN Technologies
 - Radio Signal Interference
 - Installation Issues
 - Direct Sequence Spread Spectrum Radio
 - Wireless Local Bridges
 - Replacing a Dial-Up System with a Wireless Network
 - Warehousing
 - IEEE 802.11
 - Inward Interference
 - Health Risks
 - Implementing ISM Bands
 - Antenna
 - A Wireless Solution in a Historic Building
 - Healthcare
 - HiperLAN
 - Radio Interference
 - Wireless LANs: A Historical Perspective
 - Narrowband Radio Modulation
 - The Communications Channel
 - Increased Reliability
 - Hospital Uses Wireless LAN to Speed Up Emergency Room Registration1
 - HomeRF SWAP
 - Techniques for Reducing Interference
 - Wireless LAN Architecture
 - Infrared Light–Based Wireless LANs
 - Reduced Installation Time
 - Hospitality
 - Bluetooth
 - Potential Frequency Interference Between 802.11 and Bluetooth
 - Medium Access Control (MAC) Sublayer
 - Carrier Current LANs
 - Using a Wireless Network for Disaster Recovery
 - Home and Small Office
 - Wireless LAN Implications
 - Limited Battery Longevity
 - Physical Layer
 - End-User Appliances
 - Long-Term Cost Savings
 - General Enterprise Systems
 - Multipath Propagation
 - Network Security
 - Frequency Hopping Spread Spectrum Radio
 - Network Software
 - Wireless LAN Benefits
 - Wireless LAN Applications
 - Wireless Services
 - Path Loss
 - Application Connectivity Problems
 - The Advent of Frequency Hopping Spread Spectrum
 - Wireless Network Interface Card
 - Appliance Interoperability
 - IEEE 802.2 LLC Services
 - IEEE 802.11 Topology
 - Distribution System Services
 - Station Synchronization
 - Limiting Multicast Traffic
 - Physical Layer Operations
 - FHSS PMD Service Primitives
 - DSSS Spreading Sequence
 - OFDM Physical Medium Dependent (PMD) Sublayer
 - IEEE 802.3 Carrier Sense Multiple Access (CSMA)
 - Routing Information Protocol (RIP)
 - Cost Savings with a Wireless Point-to-Point Network
 - Fast Product Development
 - Unacknowledged Connectionless Service
 - Independent BSS (IBSS) Networks
 - Case Study 3.5: Using Reassociation for Improved Signal Transmission
 - Providing Authentication and Privacy
 - Implementing Fragmentation
 - Physical Layer Service Primitives
 - Physical Sublayer Management Entity (PLME) Primitives
 - DSSS Frequency Modulation Function
 - OFDM PMD Service Primitives
 - Unshielded Twisted-Pair (UTP) Wire
 - Laser-Based Wireless Point-To-Point Networks
 - Stable Future Migration
 - Using Unacknowledged Connectionless Service to Minimize Overhead
 - Extended Service Set (ESS) Networks
 - Station States and Corresponding Frame Types
 - Open System Authentication
 - MAC Frame Types
 - Carrier Sense Function
 - FHSS PMD Operation
 - IEEE 802.11 High Rate Direct Sequence Spread Spectrum (HR-DSSS) Physical Layer
 - OFDM PMD Operation
 - Understanding Ethernet Repeaters and Switches
 - Radio-Based Wireless Point-to-Multipoint Networks
 - Price Reductions
 - Connection-Oriented Service
 - IEEE 802.11 Logical Architecture
 - IEEE 802.11 MAC Layer Operations
 - Shared Key Authentication
 - Management Frames
 - Transmit Function
 - IEEE 802.11 Direct Sequence Spread Spectrum (DSSS) Physical Layer
 - HR-DSSS Physical Medium Dependent SublayerHR-DSSS Physical Medium Dependent Sublayer
 - IEEE 802.11 Infrared (IR) Physical Layer
 - Optical-Fiber Cable
 - Peer-to-Peer Wireless LANs
 - The Importance of Standards
 - Avoiding Silos
 - Using Automatic Repeat Request (ARQ) to Reduce Errors
 - IEEE 802.11 MAC Layer
 - Accessing the Wireless Medium
 - Private Frame Transmissions
 - Implementing Power Management
 - Receive Function
 - DSSS Physical Layer Convergence Procedure (PLCP) Sublayer
 - HR-DSSS PMD Service Primitives
 - IR Physical Layer Convergence Procedure (PLCP) Sublayer
 - Coaxial Cable
 - Wireless Bar Code System
 - Types of Standards
 - Problems with Mixed Standards
 - Acknowledged Connectionless Service
 - IEEE 802.11 Physical Layers
 - Distributed Coordination Function
 - MAC Frame Structure
 - Control Frames
 - IEEE 802.11 Frequency Hopping Spread Spectrum (FHSS) Physical Layer
 - DSSS Physical Medium Dependent (PMD) Sublayer
 - HR-DSSS PMD Operation
 - IR Physical Medium Dependent (PMD) Sublayer
 - IEEE 802.5 Token Ring
 - Multiple Cell Wireless LANs
 - 802.11 Versus Proprietary Standards
 - The IEEE 802 LAN Standards Family
 - LLC/MAC Layer Service Primitives
 - IEEE 802.11 Services
 - Point Coordination Function (PCF)
 - Overall MAC Frame Format
 - Data Frames
 - FHSS Physical Layer Convergence Procedure
 - DSSS PMD Service Primitives
 - IEEE 802.11 Orthogonal Frequency Division Multiplexing (OFDM) Physical Layer
 - Wireless System Architecture
 - ANSI Fiber Distributed Data Interface (FDDI)
 - Wireless Metropolitan Area Networks
 - Institute for Electrical and Electronic Engineers (IEEE)
 - IEEE 802.2 LLC Overview
 - Introduction to the IEEE 802.11 Standard
 - Station Services
 - Joining a Network
 - Frame Control Field
 - Physical Layer Architecture
 - FHSS Physical Medium Dependent (PMD) Sublayer
 - DSSS PMD Operation
 - OFDM Physical Layer Convergence Procedure
 - Network Distribution Systems
 - Wide Area Networking Concepts
 - Radio-Based Wireless Point-to-Point Network
 - Benefits of the 802.11 Standard
 - Roaming Protocols
 - Open Shortest Path First (OSPF) Protocol
 - Private Versus Public WANs
 - X.25
 - Frame Relay
 - Switched Multimegabit Data Service (SMDS)
 - Asynchronous Transfer Mode (ATM)
 - Choosing a Distribution System
 - Planning a System Project
 - Internet Protocol (IP)
 - Tunneling and Encapsulation
 - Identifying Project Scope
 - IP Address Classes
 - Connectivity Software
 - Developing a Project Scope for an Enterprise-wide Wireless LAN
 - Communications Protocols
 - Static Versus Dynamic IP Addresses
 - Connectivity Software
 - Developing a Work Breakdown Structure
 - Issues with TCP/IP over Wireless LANs
 - Terminal Emulation
 - Developing a Work-Breakdown Structure (WBS) for an Enterprise-wide Wireless LAN
 - Mobile IP
 - Direct Database Connectivity
 - Creating a Schedule
 - Agent Discovery
 - Middleware
 - Developing a Resource Plan for an Enterprise-wide Wireless LAN
 - Assignment of Care-of Address
 - Managing a Wireless LAN Implementation
 - Developing a Budget
 - Transmission Control Protocol (TCP)
 - Registration
 - Establishing Project-Management Principles
 - Periodic Activities
 - Determining Potential Requirements
 - Number of Users RequirementNumber of Users Requirement
 - Integration Requirements
 - Questions for Defining Wireless LAN Requirements
 - Identifying System Benefits (Savings)
 - Range Parameter
 - Product Size Parameter
 - Enhancing Communication
 - Assessing Constraints
 - Battery Longevity Requirements
 - Environmental Requirements
 - Performing a Requirements Analysis for an Enter prise-wide Wireless LAN
 - Documenting the Business Case
 - Transmission Protocol Parameter
 - Standards Maturity Parameter
 - Identifying Risks for an Enterprise-wide Wireless LAN
 - Requirements Analysis Steps
 - Documenting Requirements
 - Information Flow Requirements
 - Scalability Requirements
 - Analyzing the Feasibility of a Wireless LAN
 - Making the Decision to Proceed
 - Medium Access Protocol Parameter
 - Product Availability Parameter
 - Eliciting Information
 - Validating and Verifying Wireless LAN Requirements
 - Mobility Requirements
 - Operational Support Requirements
 - Performing a Preliminary Design
 - Developing a Feasibility Study for an Enterprise-wide Wireless LAN
 - Medium Access Protocol Parameter
 - Cost Parameter
 - Defining Project Operations
 - Reviewing User Needs
 - Baselining Requirements
 - End-User Device Type Requirements
 - Regulation Requirements
 - Developing a Business Case
 - Designing a Wireless LAN
 - Throughput Parameter
 - Technology Evaluation Methodology
 - Executing the Project
 - Reviewing Existing Systems
 - Updating the Project Plan
 - Performance Requirements
 - Product Availability Requirements
 - Recognizing Applicable Feasibility Elements
 - Assessing Technologies
 - Encryption
 - Grading and Selecting Technologies
 - Dealing with Project Risks
 - Reviewing the Environment
 - Types of Wireless LAN Requirements
 - Weight and Size Requirements
 - Budget Requirements
 - Identifying Costs
 - Technology Assessment Parameters
 - Electrical Current Parameter
 - The Kick-Off Meeting
 - Developing a Project Plan for an Enterprise-wide Wireless LAN
 - Defining Requirements
 - Geographical Coverage Area
 - Security Requirements
 - Schedule Requirements
 - Operational Costs
 - Transmit Power Parameter
 - Power Management Parameter
 - Verifying the Design
 - Preparing for Operational Support of a Wireless LAN
 - Installing Wireless NICs
 - Finalizing the Project
 - Implementing Wireless Link and Carrier Tests
 - Documenting Plans for Operational Support
 - Installing Access Points
 - Installing the Wireless LAN
 - Pilot Testing
 - Preparing for the Transfer to Operational Mode
 - Installing Laser Links Between Buildings
 - Documenting the Design
 - Installing a Wireless LAN
 - Testing the Installation
 - Procuring Components
 - Planning the Installation
 - Performing Testing
 - Component Storage
 - Coordinating the Installation
 - Performing Integration Testing
 - Selecting Products
 - Designing an Enterprise-Wide Wireless LAN System
 - Staging the Components
 - Performing System Testing
 - Developing a Wireless System for the Wireless LAN Project
 - Installing the Components
 - Performing Acceptance Testing
 - Internet Service Provider (ISP)
 - LAN Wiring
 - Wireless Data Networks
 - Ethernet
 - Token Ring
 - Virtual Private Networks (VPN’s)
 - Network Distribution and Routing
 - Data Modems
 - Fiber Distributed Data Interface (FDDI)
 - 10 Gigabit Ethernet (10 GE)
 - Network Access Control
 - Digital Service Unit (DSU)/Channel Service Unit (CSU)
 - Internet
 - LAN Telephony
 - Protocols
 - Hub
 - Asynchronous Transfer Mode 25 (ATM 25)
 - Storage Area Networks (SANs)
 - Premises Distribution Networks (PDN)
 - Bridge
 - Phoneline Networking
 - Local Area Networks (LANs)
 - Routers
 - Universal Serial Bus (USB)
 - Data Terminals
 - Metropolitan Area Networks (MAN’s)
 - Gateways
 - FireWire
 - Network Interface Card (NIC)
 - Wide Area Networks (WAN’s)
 - Firewall
 - Flow of Information Through a Wireless Network
 - Wireless LAN Components
 - Wireless WAN Technologies
 - Wireless Transceivers
 - Wireless LAN Systems
 - Security Threats
 - Wireless Networks Defined
 - Understanding RF Signals
 - Wireless LAN Technologies
 - Encryption
 - Wireless Network Applications
 - Understanding Light Signals
 - Wireless MAN Components
 - Authentication
 - Wireless Network Benefits
 - Modulation: Preparing Signals for Propagation
 - Wireless MAN Systems
 - Security Policies
 - Wireless Network System Components
 - Wireless PAN Components
 - Wireless MAN Technologies
 - Network Architecture
 - Wireless PAN Systems
 - Wireless WAN Components
 - Information Signals
 - Wireless PAN Technologies
 - Wireless WAN Systems

category: General Wireless
 - Wireless Versus Wired Networks
 - Telecommunications Industry View
 - Elements of a Wireless Network Architecture
 - Computer Industry View
 - Technical Aspects of a Wireless Infrastructure
 - Military Sector View
 - Voice-Oriented Networks
 - 1G Systems and Networks
 - Elements of a Wireless Network
 - Data-Oriented Networks
 - 2G Systems and Networks
 - Key Technical Issues for Wireless Networks
 - Where Is the Complexity?
 - 3G: W-CDMA for IMT-2000
 - Four Market Sectors
 - Evolution of Voice-Oriented Networks
 - Beyond 3G and Toward 4G Networks
 - Network Architectures
 - Evolution of Data-Oriented Networks
 - TRENDS IN WIRELESS TECHNOLOGIES
 - Comparative Assessment of Profiled Applications
 - Conclusion
 - A Generic Business Network Model for M-Commerce
 - M-Commerce Consumer Business Applications
 - State Gap and Trend Analysis
 - Altman's Z-Score Discriminant Function Algorithm
 - Future Trends of Wireless Middleware
 - Reemergence of the WLAN Industry
 - Multiple Access Techniques
 - General Guidelines for Assessing New M-Business Services
 - Mobile Telecommunication
 - Conclusion and Future Directions
 - Global M-Commerce Market OverviewGlobal M-Commerce Market Overview
 - These Significant Trends Favor Wireless over Land Lines
 - Types of Middleware
 - Mobile Commerce
 - Wireless Home Networking
 - Patterns of Global Diffusion of M-Commerce Technology
 - Current State of M-Commerce
 - The Wireless Protocols
 - M-Commerce Overview
 - Discussion and Future Trends
 - Disruptive Technologies and Schumpeter's Creative Destruction Model
 - Wireless Middleware Challenges and Requirements
 - Limitations of Mobile Devices
 - Home Access Networks
 - Factors Impacting Diffusion Patterns of Mobile Technology and M-Commerce
 - Conditions Sparking Development of Mobile Commerce
 - Challenges in M-Commerce
 - M-Commerce Consumer Interactions
 - Related Work
 - Disruptive Technology
 - Wireless Networking
 - Use of Mobile Devices
 - WPANs and Ad Hoc Networking
 - A Framework of Future Development
 - Equipment Used in M-Commerce
 - Issues in Implementing M-Commerce
 - M-Consumer Needs
 - Design of Product-Brokering Agent
 - Top Down, Bottoms-Up Reconciliation Model
 - The JMS API
 - IEEE 802.15 Working Group on WPAN
 - Discussion and Conclusion
 - M-Commerce: Challenges and Opportunities
 - M-Commerce and Business Networks
 - M-Consumer Concerns
 - System Evaluation
 - A Bottoms-Up Approach
 - JMS in Commercial Wireless Middleware Products
 - HomeRF
 - M-Business: Advantages and Enhancements Over E-Business
 - Predictions of Future Growth of M-Commerce
 - Finland as a Mobile Business Pioneer
 - Matching M-Commerce Needs and Concerns
 - Conclusion and Discussion
 - Slope Analysis
 - JMS Wireless Transport Protocol
 - Bluetooth
 - Network-Enabled M-Business Services
 - Profiles of Selected, Proposed, Network-Enabled 3G/UMTS M-Business Services
 - Implications for Management
 - Finnish M-Commerce: A Business Network Approach
 - Addressing M-Consumer Concerns00):
 - Market DriversMarket Drivers
 - Inflection Point Analysis
 - Wireless Middleware Services
 - MULTIPATH FADING AND THE DISTANCE–POWER RELATIONSHIP
 - The Diversity of Wireless Networking Technologies
 - Mesh Networks
 - Media Access Control in Wired Networks
 - Wireless Network Interface Cards
 - Data Link Layer Technologies
 - The OSI Network Model
 - Media Access Control in Wireless Networks
 - Wireless LAN Switches or Controllers
 - Routing
 - Physical Layer Technologies
 - Wireless LAN Arrays
 - Private IP Addresses
 - Physical Layer Technologies — Wireless Networks
 - Miscellaneous Wireless LAN Hardware
 - Network Address Translation
 - Operating System Considerations
 - Wireless LAN Antennas
 - Network Layer Technologies
 - Wired Network Topologies — A Refresher
 - Wireless PAN Devices
 - Address Resolution Protocol
 - Development of Wireless Networking
 - Wireless Network Topologies
 - Wireless PAN Hardware Devices
 - GENERAL MOBILE RADIO SERVICE
 - Demystifying the TCP/IP Protocols
 - Entertaining Hacking/Cracking Resources
 - AIIR--GROUND RADIIOTELEPHONE SERVIICE
 - CELLULAR VOICE COMMUNICATIONS
 - DIRECT BROADCAST SATELLITE
 - ENHANCED DATA RATES FOR GLOBAL EVOLUTION
 - Introducing Wi-Fi
 - GENERAL PACKET RADIO SERVICE
 - Understanding Network Addresses and Names
 - Hijacking Sessions
 - AMATEUR RADIIO SERVIICE
 - CITIZENS BAND RADIO SERVICE
 - FAMILY RADIO SERVICE
 - GLOBAL POSITIONING SYSTEM
 - Connecting Networks
 - Understanding Rogue Access Points
 - BASIC EXCHANGE TELEPHONE RADIO SERVICE
 - CODE DIVISION MULTIPLE ACCESS
 - FEDERAL COMMUNICATIONS COMMISSION
 - GLOBAL SYSTEM FOR MOBILE (GSM) TELECOMMUNICATIONS
 - Equipment Worth Avoiding
 - Separating Hackers from Crackers
 - BLUETOOTH
 - COMPETITIVE LOCAL EXCHANGE CARRIERS
 - FIXED WIRELESS ACCESS
 - HERTZ
 - Demystifying Wireless Standards
 - Visiting the Underground Cracker Culture
 - BRIDGES
 - CORDLESS TELECOMMUNIICATIIONS
 - FRAUD MANAGEMENT SYSTEMS
 - Introducing Organizations and Certification
 - What Makes Hackers and Crackers Tick
 - CELL SITES
 - DATA COMPRESSION
 - FREQUENCY DIVISION MULTIPLE ACCESS
 - Explaining Networking Terms
 - Hacker Conventions and Gatherings
 - Wireless Standards
 - CELLULAR DATA COMMUNICATIONS
 - DECIBEL
 - GLOBAL MARITIME DISTRESS AND SAFETY
 - Examining Network Models
 - Examining Crackers’ Tricks
 - ADVANCED MOBIILE PHONE SERVIICE
 - CELLULAR TELEPHONES
 - DIGITALLY ENHANCED CORDLESS TELECOMMUNICATIONS
 - INFRARED NETWORKING
 - LOW-POWER FM RADIO SERVICE
 - INTEGRATED DIGITAL ENHANCED NETWORK
 - LOW-POWER RADIO SERVICE
 - INTERACTIVE TELEVISION
 - MARITIME MOBILE SERVICE
 - INTERACTIVE VIDEO AND DATA SERVICE
 - MICROWAVE COMMUNICATIONS
 - INTEREXCHANGE CARRIERS
 - MOBILE TELEPHONE SWITCHIING OFFICE
 - HOME RADIO--FREQUENCY (RF) NETWORKS
 - INTERNATIONAL MOBILE TELECOMMUNICATIONS
 - What is the Internet?
 - I-MODE
 - LASER TRANSMISSION
 - INCUMBENT LOCAL EXCHANGE CARRIERS
 - LOCAL MULTIPOINT DISTRIBUTION SERVICE
 - Sharing Internet Access
 - Adding Instant Messaging
 - Firewall Hangup
 - Viruses and Your Network
 - Learning Some Basic Networking Terms
 - Maximum Speeds vs. Real World Speeds
 - Access Points with Built-In Routers
 - Wirelessly Networking a PDA
 - Buying Equipment Online
 - Checking for TCP/IP
 - Using the Network Setup Wizard
 - Finding Your IP Address
 - Printer Problems
 - Wirelessly Connecting a New Server
 - How Wireless Networking Works
 - Getting the Most Out of Your Wireless Signal
 - Troubleshooting
 - HomeRF
 - Ensuring Interoperability
 - Naming Your Computer and Workgroup
 - Choosing a Wireless or Wired Router
 - Checking Your Throughput
 - Other Common Problems
 - Setting Up File and Printer Sharing
 - File Sharing
 - 802.11a, 802.11b, or 802.11g?
 - Placing Your Equipment
 - Moving Up: 802.11a
 - Finding Help on the Internet
 - Start File and Printer Sharing
 - Adding a Router to Your Network
 - Setting up PPPoE
 - Firewalls
 - Adding a Wireless Printer Server
 - What Is Wireless Networking?
 - Internet Sharing
 - Connection Options
 - Creating a Peer-to-Peer Network
 - Newcomer: 802.11g
 - Checking Out the Web
 - Using Network Neighborhood
 - Setting Up Windows ICS on the Host Computer
 - Are Your Drivers Current?
 - Choosing a Hardware or Software Firewall
 - Protecting Your Server
 - Benefits of Wireless Networking
 - Networking Securely
 - Setting Up Hardware
 - Creating an Infrastructure Network
 - Sending Files via Infrared
 - Finding Answers through Newsgroups
 - Share Internet Access Wirelessly
 - Setting Up Client Computers
 - Finding A Bad Network Adapter
 - Wireless Encryption
 - Glossary
 - Wireless Speed in the Real World
 - Your Wireless Equipment's Range
 - Software Overview
 - Setting Up a Hybrid Network
 - Printing through Infrared
 - Getting Assistance from Mailing Lists
 - Updating Your Drivers
 - Setting Up E-mail
 - The Trouble with a Mixed Windows 98 and 2000 Network
 - Router Filters
 - Sharing Your Broadband Modem
 - Ad-Hoc vs. Infrastructure
 - Using Ad-hoc Mode
 - Connecting Network Multimedia Devices
 - Conducting Your Research
 - Looking Toward the Future
 - Change Settings Manually
 - Browsing the Web
 - Configuration Utility Errors
 - How to Encrypt Your E-mail and Other Data
 - Sharing Printers and CD and Hard Drives
 - How Walls, Concrete, and Steel Affect Your Signal
 - Working with Access Points
 - A Good Start: 802.11b
 - Finding Reliable Reviews
 - Make Sure Your Hardware Is Recognized
 - File and Printer Sharing
 - SOME PHYSICAL LAYER EXAMPLES
 - SIMULATIONS
 - Batteries
 - POWER MANAGEMENT STRATEGY
 - THE PHYSICS ASSOCIATED WITH EMC PROBLEMS
 - EMC-Aware Layout Procedure
 -  Electrostatic Discharge
 - Human Body, Machine, and Charged Device Models
 - THE IEEE 802.15.4 LOW-RATE WPAN STANDARD
 - A PRACTICAL PHYSICAL LAYER FOR WIRELESS SENSOR NETWORKS
 - RESULTS
 - Energy Scavenging
 - Antenna Characteristics
 - Scope of the Problem
 - DETECTIVE/CORRECTIVE TECHNIQUES
 - PHYSICAL PROPERTIES OF THE ELECTROSTATIC DISCHARGE
 - Detailed Requirements of an ESD Standard
 - THE ZIGBEE ALLIANCE
 - SIMULATIONS AND RESULTS
 - THE PARTITIONING DECISION
 - Loads
 - Efficiency and Antenna Placement
 - Coupling Mechanisms
 - The "Hole in the Bucket" Principle
 - The Triboelectric Effect
 - Performance Standards
 - THE IEEE 1451.5 WIRELESS SMART TRANSDUCER INTERFACE STANDARD
 - MEDIUM ACCESS CONTROL TECHNIQUES
 - Integrated Sensors
 - Power Consumption of Analog Circuits
 - Antenna Design Choices
 - Avoiding Coupling Problems
 - Substitution
 - Air Breakdown
 - PRODUCT DESIGN TO MINIMIZE ESD PROBLEMS
 - OPPORTUNITIES FOR FUTURE DEVELOPMENT
 - NETWORK PERFORMANCE OBJECTIVES
 - THE MEDIATION DEVICE (MD)
 - The External Interface
 - Power Consumption of Digital Logic
 - Definition And Measurement
 - PRINCIPLES OF PROPER LAYOUT
 - Software to Control Specific MCU Functions
 - Charge Redistribution
 - Prevent Discharges from Entering or Exiting the Housing
 - Signal Processing Worksystem (SPW)
 - SYSTEM ANALYSIS AND SIMULATION
 - TIME BASE ACCURACY AND AVERAGE POWER CONSUMPTION
 - Power Consumption of Other Loads
 - Production Issues
 - There Is No Ground
 - Physical Separation
 - THE EFFECTS OF ESD ON ICS
 - Once Inside, Design Paths for the Discharge to Travel
 - An Example Wireless Sensor Network Transceiver Integrated Circuit (IC)
 - WIRELESS DATA NETWORKS
 - SOME NETWORK DESIGN EXAMPLES
 - POWER SOURCES
 - Types of Voltage Converters
 - EMC: THE PROBLEM
 - THE LAYOUT PROCESS
 - The Fallacy of Shields
 - MODELING AND TEST STANDARDS
 - Reaching the Integrated Circuit
 - WIRELESS SENSOR AND RELATED NETWORKS
 - A WIRELESS SENSOR NETWORK DESIGN EMPLOYING A CLUSTER TREE ARCHITECTURE[52]
 - Mains
 - Voltage Conversion Strategy
 - EXAMPLES OF SELF-INTERFERENCE
 - Things to Look for After the Schematics Are Done but Before the Layouts Are Started
 - Get to Know the IC Designer
 - The Double Exponential Pulse
 - Once an ESD Event Occurs, Limit Discernable Effects
 - cHTML

category: Cisco Wireless Networking
 - Client Utilities
 - Roaming
 - Cisco Aironet APs
 - Upgrading Antennas
 - Wi-Fi-Protected-Access-WPA
 - Network Discovery
 - Airespace
 - Encryption
 - Site Survey
 - Client Configuration
 - Cisco Wireless Bridges
 - Rules, Regulations-and Legalities of Antenna Usage and Placement
 - Cabling
 - Configuring Security
 - Cisco Wireless Router and Switch Services
 - Cisco SWAN
 - Encryption and Authentication
 - Wireless Network Design Considerations
 - Cisco Wireless 7920 IP Phone
 - Cisco Wireless Certifications
 - Topologies
 - Cisco Wireless Security Overview
 - Initial Settings
 - Integration Issues
 - Cisco Antenna Models
 - APs as Repeaters
 - Connecting Your Network
 - Diversity
 - Managing WLANs
 - Using Third-Party Tools
 - Slow WLAN Network Throughput
 - Wireless Security Filtering
 - Troubleshooting-Access-Points-AP
 - Bridged Networks
 - Wireless Security WPA
 - Power-Tuning
 - Configuration-Issues
 - Connecting to a RADIUS Server
 - Radio Tuning
 - Troubleshooting and Conflict Resolution Tools
 - Building a Honeypot
 - Data Configuration
 - Troubleshooting Checklist
 - CiscoWorks LMS Overview
 - Signal Strength
 - Connection Problems
 - Configuring CiscoWorks LMS
 - Using Perfmon
 - Authentication and Re-Authentication Problems
 - CiscoWorks-Dashboard
 - QoS
 - Hardware Issues
 - Who Uses Wireless Technology?
 - How does a Wireless LAN Work?
 - Structural Considerations
 - Wireless Domain Services for IEEE 802.1X Local Authentication Service and Fast Secure Roaming Support
 - Transmitting Radio Signals over EM Waves
 - WLAN Benefits
 - Security Considerations
 - Rogue AP Detection and Locatio
 - Rogue AP Detection and Locatio
 - WLAN Design Considerations
 - Network Management Considerations
 - Interference Detection to Isolate and Locate Network Interference
 - Anatomy of a Waveform
 - Accounting for the Fresnel Zone and Earth Bulge
 - WLAN Modes of Operation
 - Simplified WLAN Deployment Processes with Assisted Site Surveys
 - Propagating a Strong Radio Signal
 - Radio Frequency Interference
 - What is a Wireless-aware LAN?
 - Streamlined WLAN Management and Operations Support
 - Understanding Signal Power and S/N Ratio
 - Interference from Radio Transmitters
 - Wireless-aware LAN Benefits
 - Seamless Delivery of Enhanced Network Security Solutions
 - Attenuation
 - Harmonics
 - Bouncing
 - What is a WLAN?
 - Application Considerations
 - Radio Frequency (RF) Basics

category: Wi-Fi Hotspots
 - Wi-Fi Hot Zones
 - Set Up the Wireless Router
 - Using the Online Administration Tools
 - Monitor Your Hotspot
 - Higher-Gain Antenna
 - Sharing Printers
 - How Users Find Hotspots
 - Configure Additional Settings
 - Understanding the Solution
 - Understanding Everyone's Responsibilities
 - Adding Access Points
 - Comparing 802.11 Standards
 - How Wi-Fi Works
 - Choose the Mode and Service
 - Setting Up the Solution
 - Hotspot Administrator/Owner Responsibilities
 - Enabling and Disabling Your Network Adapter
 - Wi-Fi System Operation
 - RF Propagation
 - Benefits of Hosting a Wi-Fi
 - Gather the Necessary Items
 - Understanding the Solution
 - User Responsibilities
 - Toggling Between Windows XP and the Manufacturer Utility
 - RF Interference and Attenuation
 - Figuring the Costs
 - Set Up and Configure the Access Points and Routers
 - Signage
 - Unable to See/Connect to the Wi-Fi Hotspot
 - Connecting to a Wi-Fi Network Using the Windows XP Configuration Utility
 - Choose a Hotspot Solution
 - Perform a Physical Installation
 - Online Hotspot Directories
 - Frequent Disconnections
 - Checking the Connection Status
 - Set Up an Internet Connection
 - Perform ZoneCD Initial Setup
 - Apply Usage Limits
 - Poor Performance
 - Editing Your Preferred Network List
 - Bridging the Gap
 - Gather the Necessary Items
 - Check for Proper Operation
 - Spell Out Usage Terms
 - Internet Connection Unavailable
 - Sharing Files
 - The 802.11 Standard and Its Variations
 - Different Ways to Use Wi-Fi in a Network
 - Related Wireless Standards
 - The Equipment You'll Need
 - Transmission Speeds
 - What's It Going to Cost?
 - The Future of Wi-Fi
 - Getting to Know Your Future Wi-Fi Laptop
 - What Is Wi-Fi?
 - The Equipment You Need
 - Trade-Offs
 - Why Wi-Fi Is Important
 - Paying for Your Fun
 - To Mac or Not To Mac?
 - Understanding Wi-Fi Networks
 - Surfing While You Sip
 - Using Wi-Fi on the Road
 - Understanding Home and SOHO Networks

category: Business Wireless
 - How Wireless Networks Function
 - Preparation
 - Design Considerations
 - WLAN Controller Configuration
 - Management Strategies
 - Business Model
 - Healthcare Case Study
 - Measuring the Business Value of Deploying Wireless
 - Environmental Considerations
 - WLAN Controller Installation
 - FCAPS
 - Enhanced Services
 - Project Management and Process
 - Value of Mobility
 - Planning
 - In-House Deployment Versus Outsourced Deployment
 - Deployment Checklist
 - Comparing Centralized and Distributed Management
 - Technology Considerations
 - What the Future Holds
 - OSI Layers and WLANs
 - Voice
 - Architectural Milestones
 - Wireless Security in Your Enterprise
 - WLAN Management
 - Security
 - Manufacturing Case Study
 - A Brief History of WLANs
 - Video
 - Deployment Dependencies
 - WLAN Security Threats
 - Challenges Unique to WLAN Management
 - Deployment and Implementation
 - Aligning Technology Solutions with Business Considerations
 - Solutions Lifecycle
 - Management
 - Wireless Security Mitigation Techniques
 - Security Settings Management
 - Ongoing Project Management and Process
 - Economic Considerations
 - WLAN Location Services
 - Support
 - Building a Secure WLAN
 - WLAN Reporting and Alerting
 - Business Benefits of the Solution
 - The Role of Infrastructure
 - Architectural Considerations
 - Deploying the WLAN
 - Solutions Lifecycle
 - Management Tools
 - What the Future Holds

category: WiMax
 - NAT and DHCP
 - The SS-7 Protocol Stack
 - Protocols for GSM
 - The GSM Subsystems
 - Global System for Mobile
 - The Network Subsystem
 - The Mobile Switching Center (MSC)
 - Circuit-Switched Data Transmission
 - The Visitor Location Register (VLR)
 - Standards
 - The Home Location Register (HLR)
 - Transmission Speeds
 - The Authentication Center
 - The Signaling System Number 7
 - Examining the Maturity of the Technology
 - Defining Wireless Broadband
 - Broadband Fixed Wireless: The Competitive
 - Introducing the 802.16 Standard
 - Circuit-Based Access Technologies
 - Introducing the Media Access Control Layer
 - Introducing the Two Physical Standards
 - Introducing WiMAX
 - Introducing Other Wireless Broadband Standards
 - Deploying Within Urban, Suburban, and
 - DSL
 - Hybrid Fiber Coax
 - Wireless Broadband
 - Determining When Broadband Wireless Is Cost Effective
 - Examining the Maturity of the Technology
 - Total Cost of Ownership
 - Broadband Fixed Wireless: The Competitive Context
 - Circuit-Based Access Technologies
 - Frame Relay
 - Local Topography and the Type and Distribution of Man-Made Structures
 - Millimeter Microwave: Bandwidth at a Price
 - Addressing the Bandwidth Problem in the Lower Microwave Regions
 - Speed of Deployment
 - Submillimeter Microwave: Tending Toward Light
 - Looking at the Range of Services
 - Independence from Incumbents
 - Free-Space-Optics-Wireless-Without-the-Radio
 - Entertainment Services
 - Making a Final Determination
 - RF Orphans: The Low ISM Band and Ultrawideband
 - Wi-Fi Hotspot Services
 - Strategic Planning of Spectrum and Services
 - Licensed vs. Unlicensed Spectrum:The Operator’s Dilemma
 - How Scalable?
 - Selecting the Appropriate Spectrum to Meet the Requirements of the Targeted Customers Propagation Characteristics Across the Radio Spectrum
 - The Unlicensed Frequencies: A Matter of Peaceful Coexistence
 - Service Delivery and Broadband Wireless
 - Overview of Commercial Radio Spectrum Suitable for Broadband Data Applications
 - Licensed Spectrum
 - Subscriber Density
 - Beachfront Property: The Lower Microwave Frequencies
 - Lower Microwave: Primarily a Residential and Small Business Play
 - Backhaul
 - Mesh
 - Establishing the Link Budget
 - Putting Strategic Planning in Perspective
 - Fiber-Optic Backhaul: The Gold Standard
 - Types of Meshes
 - Examining the Equipment Selection Process
 - PONS
 - Mesh Advantages
 - Generalities
 - THE NETHERCOMM SOLUTION
 - Mesh Networks: The Counterarguments
 - Service-Related Specifics
 - Looking at the Nuts and Bolts: The Issue of Carrier-Grade Infrastructure Equipment
 - Determining Basic Network Architecture
 - Performing Site Surveys and Determining Link Budgets
 - Integrating Wireless with Wireline Infrastructure
 - Obtaining Roof Rights, Right of Way, and Access to Appropriate Buildings at Acceptable Cost
 - Point-to-Multipoint
 - Determining Line of Sight and Computing Fresnel Zones
 - Assembling the Management and Technical Teams
 - Obtaining Central Office Facilities
 - Point-to-Point
 - RF Analysis
 - Estimating Operating and Capital Budgets
 - Additional Base Stations
 - Point-to-Consecutive Point
 - Analyzing the Data Stream
 - Examining Return on Investment for Wireless Broadband Networks
 - Frequency-Agile Radios and Network Mapping
 - Ethernet in the Metro and the Advisability of Placing Ethernet Switches in the Central Office
 - Web Hosting and the Central Office
 - Connecting to Other Service Providers
 - Moving Beyond Basic Access: VPNs and LAN Extension
 - Principles of Frequency Reuse and the Technologies for Achieving It
 - The Installation Process
 - VPNs and the Central Office
 - Storage Networking Devices
 - The Universe of Networks
 - Types of VPN and the Role of Network Operator in Administering Them
 - Use of Repeaters
 - Telephone Switches
 - Specialized Content Distribution Platforms
 - The PSTN: The First Hierarchy
 - Subscriber-Managed VPNs
 - Deploying Minority Architectures
 - Sectorization
 - Signal Distribution Within the Subscriber Premises
 - Softswitches
 - Location-Based Services and the Central Office
 - The-Public-Internet-The-Second-Hierarchy
 - Deeper into Point-to-Multipoint
 - Polarization Diversity
 - Cell Splitting
 - Infrastructure for a Purpose
 - Mobile Voice Equipment
 - Hotspot Services: Central Office Requirements
 - The Central Office As War Room
 - Pure-Circuit-Switched-VPNs
 - Overall Strategies for Cell Mapping
 - Line of Sight and Non–Line of Sight
 - The Role of the Central Office
 - ATM and Frame Relay–Switching Equipment
 - OSS and Network Management
 - Introducing the Pure Packet Services Model
 - Switched Fast Packet VPNs
 - Network Mapping Software Tools
 - What NLOS Means in Terms of Wave Propagation
 - Application-Specific Equipment for the Central Office
 - Security Devices and Appliances
 - The Packet Model and Converged Services
 - Network Mapping Is Always Provisional
 - Adaptive Modulation and Cell Planning
 - Routers
 - Storage Networking Devices
 - Beyond the Central Office
 - Introducing Basic Access and Best-Effort Delivery
 - Macrocells and Their Limitations
 - OSS: A Definition
 - OSS for Customer Relations and Transactions
 - OSS Application Interfaces
 - OSS in Perspective
 - Provisioning
 - Summation-The-Well-Managed-Network
 - Central Office Traffic Management and Distribution
 - The Anatomy of OSS
 - Billing, Mediation, and Service-Level Agreements
 - OSS for the Network Infrastructure
 - Assurance
 - Network Element Management
 - CRM
 - Network Management
 - Data Mining Software
 - Network Inventory Management
 - OSS Software Integration
 - Routers
 - Network Planning
 - Protocols for Software Integration
 - Network Security: Business Overhead or Another Profit Center
 - Cyberwarfare
 - Attacks and Counterattacks
 - Cybersecurity Technology
 - Safeguarding Network Elements from Hijacking and Malicious Code: Best Practices
 - Secure Electrical Systems
 - Denial-of-Service Attacks: A Special Case
 - CALEA and Other Regulatory Burdens

category: Discovering Bluetooth
 - How Bluetooth Technology Works
 - No-Charge Licensing
 - Radios Waves and Piconets
 - An Ideal Mix
 - Introducing Bluetooth
 - What Bluetooth Will Do for You
 - Developing the Specifications
 - Visions of a Wireless World
 - Cableless Computing
 - What to Expect in the Future
 - Automatic Synchronization
 - The Mobile Phone Market Explodes
 - An All-in-One Phone
 - A Greater Potential
 - And Much, Much More…
 - The Necessity of a Global Standard
 - The Need for Speed
 - An Astonishing Achievement
 - Building Interest
 - Dealing with Reality
 - Fueling the Hype
 - Regulatory
 - Dealing with Reality
 - Why Bluetooth?
 - The Bluetooth Industry
 - Promoter Members
 - Associate Members
 - The Structure
 - A Viking King
 - Management Services
 - Bluetooth: A Cable Replacement
 - Bluetooth vs. Infrared
 - Bluetooth key management

category: 802.11 Network
 - WLAN Components
 - Antenna Connectors and Remote Antennas
 - Understanding RF Power Values
 - Health and Safety
 - The Evolution of Wireless Standards
 - Antennas
 - Plenum Locations
 - Connectors
 - Defining the WLAN Requirements
 - Early Spread-Spectrum Regulations
 - Building-to-Building Connectivity
 - RF Regulatory Domains
 - User Input
 - Additional Wireless Standards
 - WLAN Frequencies of Operation
 - Wi-Fi Alliance
 - Amplifiers
 - Theoretical Site Survey Tools
 - Understanding Installation Issues
 - Understanding Bridge Topologies
 - Dipole Antennas
 - User Input
 - Roaming
 - Steps in the Site Survey Process
 - Proper AP Mounting
 - Using Common Applications over Bridges
 - Ceiling-Mount Antennas
 - Sectorized Panel Antenna
 - Balancing Wants, Needs, and Capabilities
 - Deploying VLANs over Wireless
 - Surveying with the AirMagnet Tool
 - Proper Antenna Mounting
 - Feasibility Study
 - Mast-Mount Antennas
 - Ceiling-Tile Antennas
 - WLAN Equipment
 - QoS for WLANs
 - Assisted Site Surveys
 - Ethernet Considerations
 - Interference Study
 - Pillar- or Wall-Mount Omni Antennas
 - Site Survey Kits
 - QoS for WLANs
 - Site Surveying for Repeater Usage
 - Final Site Survey Report
 - Installing Bridges
 - High-Gain Omni Antennas
 - Recommended Facility Documentation
 - Cabling Requirements
 - Documenting the Work
 - Enterprise Class
 - Panel or Patch Wall-Mount Directional Antennas
 - Limitations Affecting Equipment Installations
 - Types of Site Surveys
 - Manual Site Survey Tools
 - Site Surveys for Voice
 - Site Survey Report-Generation Programs
 - SOHO and Personal Use
 - Longer-Range Directional Antennas
 - Key Features of a WLAN
 - Using Cookie Cutter Designs
 - Automatic and Assisted Site Survey Tools
 - Final Verification
 - Understanding Bridge System Characteristics
 - WLAN Accessory Vendors
 - 5-GHz Antennas
 - Pre-Site Survey Form Information
 - Switches, Routers, and Hubs
 - Multicarrier CDMA Techniques
 - Bluetooth Technologies

category: Next Generation Wireless
 - History of Cognitive Radio
 - Challenges to Implement Cognitive Radio
 - E-UTRAN Radio Interface Protocols
 - Fundamentals of IEEE 802.11 Standards
 - IEEE 802.11a Supplement to 802.11 Standards
 - Some Notes on 1G/2G/3G/4G Terminology
 - Spectrum Allocation and Wireless Transmission Issues
 - Multiple Access Technologies for B3G Wireless
 - What is Cognitive Radio?
 - Cognitive Radio Products and Applications
 - Architecture and Functionality of a MAC Sublayer
 - IEEE 802.11 Security
 - Mobile IP
 - Integration of WMAN/WLAN/WPAN and Mobile Cellular
 - What does B3G Wireless Need?
 - From SDR to Cognitive Radio
 - 3GPP’s Evolutional Path to 4G
 - IEEE 802.11 Frequency Hopping Spread Spectrum
 - IEEE 802.15 WPAN Standards
 - IPv6 versus IPv4
 - High-Speed Data
 - A Feature Topic on B3G Wireless
 - Cognitive Radio for WPANs
 - 3GPP TSG for E-UTRAN
 - Introduction
 - IEEE 802.11 Direct-Sequence Spread Spectrum
 - IEEE 802.16 WMAN Standards
 - Mobile IPv6
 - Multimode and Reconfigurable Platforms
 - Next-Generation CDMA Technologies
 - Cognitive Radio for WLANs
 - Origin of E-UTRAN
 - 3G Mobile Cellular Technologies
 - The Reason DSSS Won
 - ETSI HIPERLAN and ETSI HIPERLAN/2 Standards
 - Wireless Application Protocol (WAP)
 - Ad Hoc Mobile Networking
 - Cognitive Radio for WMANs
 - General Features of E-UTRAN
 - 3G Mobile Cellular Technologies 2
 - IEEE 802.11 Infrared Specifications
 - MMAC by Japan
 - IP on Mobile Ad Hoc Networks
 - Networking Plan Issues
 - OFDM Techniques
 - Cognitive Radio Technology
 - Cognitive Radio for WWANs
 - E-UTRAN Study Items
 - 3G Mobile Cellular Technologies 3
 - IEEE 802.11b Supplement to 802.11 Standards
 - All-IP Routing Protocols
 - Satellite Systems in B3G Wireless
 - Why Cognitive Radio?
 - Cognitive Radio for WRANs: IEEE 802.22
 - E-UTRAN TSG Work Plan
 - IEEE 802.11 Standards for Wireless Networks
 - IEEE 802.11g Standard
 - All-IP Wireless Networking
 - Architecture of B3G Wireless Systems
 - Other Challenging Issues
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