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msstate-lrwpan
- 是在参考Microchip Zigbee stack 的基础上自己编写的,基于 Zigbee1.0 ,支持硬件平台 CC2430 和 PIC184620+CC2420,由Robert Reese教授编写,精简协议适合学习 -This document details the usage and implementation of a Zigbee-subset/IEEE 802.15.4 wireless stack, named MSSTATE_LRWPAN. Version 0.1 of t
RateAdaptationAlgorithms
- Rate Adaptation Algorithms for IEEE 802.11 Networks: A Survey and Comparison
802.3-2005_section4
- IEEE 802.3 2005 Section 4 (English) Part 3: Carrier Sense Multiple Access with Collision Detection (CSMA/CD) access method and physical layer specifications
11n
- 一篇很好的介绍11n物理层技术的文章,建议做相关工作的可以-ieee_circuits_systems wireless LAN Comes of Age Understanding the IEEE 802.11n Amendment
IEEE802.15.4MACANALYSIS
- IEEE 802.15.4 MAC 协议分析 IEEE 802.15.4 MAC 协议分析-ANALYSIS OF IEEE 802.15.4 MAC PROTOCOL
IEEE80211n_settings
- wifi ieee 802.11n parameter programme
802.3
- IEEE 标准以太网802.3协议(2008),描述物理层和数据链路层的工作协议。-IEEE standard 802.3 protocol(2008),introduces the PHY and MAC working protocol.
uwb_sv_cnvrt_ct_15_4a
- IEEE 802.15.4a SV modified channel model
Chan_2009
- Investigation of Next Generation IEEE 802.11n Wireless Local Area Networks (WLAN)
WIFI
- IEEE 802.11 协议之WIFI分析。 谢谢!-The WIFI IEEE 802.11 protocol analysis. Thank you!
report_80211_IM
- Infrastructure mode support for IEEE 802.11 implementation in NS-2
IEEE_802.11a_WLAN_physical_layermodel
- IEEE 802.11a WLAN physical layer model, with demonstration of adaptive modulation and coding
comparison-ieee-802-standards.pdf.tar
- Detail of different stardans for wireless comunication such as IEEE 802.11, 802.15.4, Zigbee and others
IEEE-802.15.4-y-Zigbee
- IEEE 802.15.4 y Zigb-IEEE 802.15.4 y Zigbee
LDPC_codes_IEEE802_16e
- LDPC codes for IEEE 802.16 in MATLAB.
TC5-WG3-2010-031-IEEE-802-meeting
- IEEE 802 标准进展情况,与智能电网和认知无线电相关-The progress of IEEE 802 standards, with the smart grid and related cognitive radio
4a_Matlab-code_Ver-7
- IEEE 802.15.4a无线信道模型matlab源码-IEEE 802.15.4a wireless channel model matlab source code
802.11DCF
- 本文首先通过Bianchi模型,对标准DCF算法的性能作出全面定量分析,然后提出提高无线接入点通信能力的DCF改进算法,同时还提出改进算法的二维离散时间Markov模型并作了定量分析。随后设计原协议和改进协议的仿真算法,并使用Matlab仿真工具进行算法的仿真实验,并对它们的仿真结果作对比。理论和仿真结果都证明改进算法可以大幅度提高网络整体性能。 在对标准DCF算法作性能分析的过程中,作者注意到网络的性能随活动无线节点数量的增加衰减较快。主要原因在于网络负载较大时,冲突发生率高,但可以通过加
IEEE-802.16a
- IEEE 802.16a标准,国际电信联盟802.16a标准,提出了sc-fde和ofdm等标准。-IEEE 802.16a
ZigBee802.15.4.pdf
- ZigBee IEEE 802.15.4