1. Wireless LAN Preliminaries
2. A Brief History of Networking Standards
3. Speeds and Feeds
4. IEEE 802.11's MAC Sub-layer Protocol—Frames, etc.
5. Dissection of a Probe Response MMPDU
6. IEEE 802.11's MAC Sub-layer Protocol—Access, etc.
7. Security Mechanisms for Wireless LANs
8. Applications and Deployment of Wireless Technology
1. Introduction
2. Channel Measurement and Simulation
3. Channel Modeling
4. Antennas
5. Transmitter Design
6. Receiver Design Principles
7. On the Coexistence of UWB and Narrowband Radio Systems
8. Simulation
9. Networking
10. Applications and Case Studies
1. General
2. Wiring and Protection
3. Wiring Methods and Materials
4. Equipment for General Use
5. Special Occupancies
6, 7, and 8
9. Tables
Annex A: Product Safety Standards
Annex B:Application Information for Ampacity Calculation
Annex C: Conduit and Tubing Fill Tables for Conductors and Fixture Wires of the Same Size
Annex D: Examples
Annex D. Examples
Annex E: Types of Construction
Annex F: Cross Reference Tables
Annex G. Administration and Enforcement
1. Introduction to the Internet
2. Internetworking Fundamentals
3. Overview of Wireless Networks and Technology
4. Data in GSM Networks
5. Data in IS-136 Networks
6. CDMA IS-95-A/IS-95-B Data Networks
7. Challenges of IP in Wireless Networks
8. Data in GPRS Networks
9. IP in UMTS Networks
10. Data in cdma2000 Packet Networks
11. IP in 802.11 Networks
12. IP in Bluetooth
13. Wireless Application Protocol and I-Mode
14. Future Applications in Wireless IP Networks
15. Evolution of IP Wireless Networks
16. Standards Bodies and Their Roles in the Future
1. Technology Overview
2. Advantages of the Technology
3. Limitations of the Technology
4. Application Areas
5. Privacy Concerns
6. RFID Versus Bar Code
7. The RFID Strategy
8. Creating Business Justification for RFID
9. Designing and Implementing an RFID Solution
10. Standards
11. Closing Thoughts
Appendix A:RFID Vendors, News Sources, and Conferences
Appendix B: Passive Tag Manufacturing Overview
1. Discrete Sequences and Systems2. Periodic Sampling3. The Discrete Fourier Transform4. The Fast Fourier Transform5. Finite Impulse Response Filters6. Infinite Impulse Response Filters7. Specialized Lowpass FIR Filters8. Quadrature Signals9. The Discrete Hilbert Transform10. Sample Rate Conversion11. Signal Averaging12. Digital Data Formats and Their Effects13. Digital Signal Processing TricksAppendix A: The Arithmetic of Complex Numbers Appendix B: Closed Form of a Geometric SeriesAppendix C: Time Reversal and the DFTAppendix D: Mean, Variance, and Standard DeviationAppendix E: Decibels (dB and dBm)Appendix F: Digital Filter TerminologyAppendix G: Frequency Sampling Filter DerivationsAppendix H: Frequency Sampling Filter Design Tables