7 Best-Selling IEEE 802.11 Books Millions Love

Matthew Gast's decades of involvement with wireless standards led to this detailed manual on 802.11 networks that goes beyond just basics. You’ll get a thorough understanding of setting up, securing, and optimizing Wi-Fi environments, with chapters dedicated to deployment strategies, network monitoring, and tuning performance on multiple platforms. The book unpacks complex protocols like WPA security extensions and power-saving certification standards, making it ideal for system administrators or serious home users aiming for hands-on mastery. If you want to confidently integrate wireless technology into your infrastructure and avoid common pitfalls, this guide offers clear explanations without unnecessary jargon.

What if the standard approaches to wireless LAN security missed crucial real-world vulnerabilities? Jon Edney and William Arbaugh challenge conventional wisdom by dissecting Wi-Fi Protected Access and the 802.11i standard in detail. You gain not just theoretical knowledge but also practical insight into authentication protocols and common attack vectors, with chapters dedicated to real-world security issues and tools used by attackers. This book suits professionals wanting a solid grasp on wireless security's nuances, especially those responsible for protecting or auditing Wi-Fi networks. While technically dense, it rewards readers committed to understanding both the 'how' and 'why' behind Wi-Fi security mechanisms.

This personalized book delves into mastering IEEE 802.11 wireless networks by focusing on your unique interests and current expertise. It explores essential principles of Wi-Fi technology, examines advanced techniques for network configuration, and reveals how to troubleshoot and optimize wireless performance effectively. Tailored to match your background and specific goals, it integrates widely validated knowledge with your preferred subtopics, creating a learning experience that’s both deeply relevant and actionable. Whether your aim is to enhance security, improve throughput, or understand emerging protocols, this tailored guide navigates the complexities with clarity and enthusiasm, making complex wireless networking concepts accessible and engaging.

Bruce Potter and Bob Fleck bring a focused expertise to the complex topic of wireless network security in this detailed guide. Rather than skimming the surface, they dive into the nuts and bolts of securing 802.11b wireless networks, addressing real challenges like bandwidth theft and weaknesses in Wired Equivalent Privacy. You'll find practical instructions for configuring security on various platforms, including Linux and FreeBSD, alongside explanations of authentication protocols and encryption techniques. This book suits network engineers and system administrators who need a grounded, technical roadmap to build and maintain secure wireless infrastructures.

Matthew Gast's decades of hands-on experience within the Wi-Fi community led to this focused guide on 802.11n technology. You learn how the standard's enhancements like MIMO and beamforming boost wireless speeds beyond 100 Mbps without sacrificing mobility, and how to architect networks that balance efficiency, security, and device interoperability. Chapters detail practical planning steps, from estimating traffic demand to selecting hardware and ensuring coverage, giving you a grounded understanding of deploying modern wireless networks. If you're involved in network design or management, this book offers precise insights to help you transition from legacy systems to faster, more robust wireless environments.

The methods Matthew Gast developed while chairing key Wi-Fi Alliance task groups provide a rare insider's view into 802.11ac technology. In this book, you learn the technical foundations of how 802.11ac boosts wireless LAN throughput beyond one gigabit per second, with detailed explanations of beamforming and multi-user MIMO that clarify complex concepts. Chapters on network design, deployment strategies, and client evaluation equip you to assess when and how to upgrade your network effectively. This guide is tailored for network engineers and IT professionals who need a clear understanding of next-generation Wi-Fi capabilities without wading through overly technical jargon or marketing hype.

This tailored book explores a step-by-step plan designed to enhance your IEEE 802.11 network performance within 30 days. It covers foundational wireless concepts, practical configuration techniques, and performance tuning methods that focus on your specific network environment and goals. By matching your background and interests, this personalized guide reveals targeted ways to improve throughput, reduce interference, and optimize Wi-Fi reliability effectively. Readers engage with a focused learning experience combining established knowledge and custom insights to fast-track network improvements. This book examines advanced features of 802.11 protocols and practical steps to elevate your Wi-Fi capabilities with a clear, paced approach tailored just for you.

What if everything you knew about wireless LAN design was wrong? Al Petrick and Bob O'Hara challenge conventional ideas by framing IEEE 802.11 not as a simple point-to-point communication protocol but as a complex, large-scale wireless communication system. You gain insights into the evolution from niche vertical applications to widespread deployment across offices, schools, and public venues, learning how system architects and engineers must consider hardware, software, and network design holistically. Chapters explore innovative equipment changes and network architecture strategies vital for advancing wireless LANs beyond their first generation. This book suits system network architects, hardware engineers, and software developers aiming to deepen their understanding of modern 802.11 implementations.

What started as a technical challenge in wireless deployment became Bruce E. Alexander's detailed exploration of site surveying for 802.11 wireless networks. You learn to navigate complex factors such as multipath mitigation, signal reflection, and radio wave interference, along with evaluating user and application requirements to tailor your WLAN installation. The book offers practical frameworks for identifying site-specific obstacles and making informed equipment choices, including examples of how different environments affect network performance. If you're responsible for deploying or managing wireless LANs, especially in varied or demanding settings, this guide sharpens your ability to optimize network reliability and coverage.