OFDM技术研究及其在802.11a上的Simulink仿真，李辉，李蔚，正交频分复用（OFDM）是第四代移动通信长期演进（LTE）的核心技术，它是实现宽带无线通信的物理层技术基础。本文对OFDM技术的基本原�

本书主要针对需要进一步涉猎Wireless LAN 营运( operation）部署（deployment）以及控管（monitoring）种种技术层面的读者： 打算将802.11 设备整合到现有网络或是配置802.11 网络的设计人员（network architect）。 负责配置与维护802.11 未网络的管理人员（network administrator）。 关切802.11 设备在部署上可能衍生的安全问题以及致力解决这些问题的安全专业人 员（security professional）。

WiFi各种调制模式下的速率信息表，包含802.11a/g/n/ac以及最新的11ax。

本文详细讲述了802.11ax中AP侧软MAC的设计和实现，可供参考

讲述了802.11ax协议中mac层接口的实现，涉及到DMA,PCIE,AXI等总线技术

包含多个收集的文档，下了一定不会后悔 1.802.11a OFDM MATLAB仿真代码 2.802.11n信道模型(文档＋MATLAB代码) 3.802.11n源代码 4.mimo-ofdm源代码 5.ofdm源代码 6.802.11n课件 7.802.11n标准协议

是IEEE发布的802.11s的官方文档 The wireless local area network standard IEEE 802.11 is the preferred solution for lowcost data services. Key to its success are the 2.4 and 5 GHz unlicensed bands. The transmit power limitations imposed due to regulatory requirements limit the range (coverage) that can be achieved by WLANs in these bands. However, the demand for “larger” wireless infrastructure is emerging, ranging from office/university campuses to city-wide deployments. To overcome the limitations of singlehop communication, data packets need to traverse over multiple wireless hops, and wireless mesh networks are called for. Since 2004 Task Group S has been developing an amendment to the 802.11 standard to exactly address the aforementioned need for multihop communication. Besides introducing wireless frame forwarding and routing capabilities at the MAC layer, the 802.11s amendment brings new interworking and security. In this article, we provide insights into the latest developments in 802.11s and explain how the overall mesh concept fits into the 802 set of networking standards.

IEEE 802.11标准全部版本(无线局域网协议标准),这是俺在IEEE的官方网站上收集的哦。。。

介绍新一代无线局域网的绝好书籍，对于了解WLAN的PHY与MAC层标准很有帮助

802.11 ax 介绍， OFDMA， MU-MIMO， WiFI-6 最新WiFI 标准 11ax 简介