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802.11-2007
- 共1200多页，用于替代IEEE 802.11-1999、IEEE 802.11a-1999、IEEE 802.11a Errata-2000、IEEE 802.11b-1999、IEEE 802.11b Corrigendum 1-2001、IEEE 802.11d-2001、IEEE 802.11e-2005、IEEE 802.11g-2003、IEEE 802.11h-2003、IEEE 802.11h Errata-2004、IEEE 802.11i-2004、IEEE 802.11j-
Analysis-Model-for-Node-Throughput-in-Multi-Rate.r
- 研究了多速率mesh网络中节点的吞吐量.:提出了多速率无线Mesh网络中节点吞吐量分析模型,用以分析在公平性保证条件下基于IEEE 802·11协 议构建的无线Mesh网络节点吞吐量.该模型计算出不同速率无线链路发送数据包的时间,寻找网络中单位时间 内完成数据包发送时间最大的瓶颈冲突域,根据瓶颈冲突域内负载流量速率得到节点吞吐量最大值.仿真结果表 明,该方法计算出的节点最大吞吐量与网络仿真结果一致,可以准确分析多速率无线Mesh网络节点吞吐量. -Studied the mult
1652s_2
- The AT76C901 is highly integrated ASIC that can be used as a part of a wireless phone that utilizes an 802.11 LAN-based wireless medium and carries Voice over IP (VoIP) packets. Specified in this datasheet, an ARM® processor-based subsystem (
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- et, an ARM® processor-based subsystem (Baseband PLCP and low MAC functions defined in 802.11. A ry perform the encoder function and interfacing to an a DSSS system. An interrupt controller and multiple-et, an ARM® processor-based subsy
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- so included. Applications The VoIP baseband device is intended to be used in a wireless phone which operates by encapsulating voice data within IP frames and transmitting the frames over a conten- tion-based wireless medium. Specifically, the f
DART-Directional-Anypath-Routing-in-Wireless-Mesh
- Anypath routing is proposed to improve the performance of wireless networks by exploiting the spatial diversity and broadcast nature of the wireless medium. In this paper, we study anypath routing in wireless networks with directional antennas,