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Wireless LANs
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Wireless LANs: covers how and why to migrate from proprietary solutions to the 802.11 standard; explains how to realize significant cost savings through wireless LAN implementation for data collection systems; covers how to counteract common problems such as radio frequency interference; and discusses the details of upgrading from existing 902 MHz to 2.4 GHz network.
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Table of Contents
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Introduction | | | |
Wireless Networks--AFirst Look | | 1. - | |
Introduction to Wireless Networks | | 2. - | |
Wireless Network Configurations | | 3. - | |
Overview of the IEEE 802.11 Standard | | | |
Inside IEEE 802.11 | | 4. - | |
Medium Access Control (MAC) Layer
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Physical (PHY) Layer
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Deploying Wireless LANs | | 6. - | |
Wireless System Integration | | 7. - | |
Planning a Wireless LAN | | 8. - | |
Implementing a Wireless LAN | | | |
Appendices | | A. - | |
Automatic Identification and Data Capture (AIDC) | | B. - | |
Products, Companies, and Organizations |
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Breaking News
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One of the primary architects of OpenCable, Michael
Adams, explains the key concepts of this initiative in his book
OpenCable Architecture.
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Just Published
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Residential
Broadband, Second Edition
by George Abe
Introduces the topics surrounding high-speed networks
to the home. It is written for anyone seeking a broad-based familiarity
with the issues of residential broadband (RBB) including product
developers, engineers, network designers, business people, professionals
in legal and regulatory positions, and industry analysts.
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