Description: Recently, IEEE 802.16j multi-hop relay network is proposed to increase data rate and coverage of the IEEE 802.16e networks. The Relay Station (RS) is introduced to relay the data from MR-BS to SS/MS or from SS/MS to MR-RS. We have studied the research area for a whole, and we proposed some improvements that could decrease the congestion opportunity of non-transparent RS using distributed scheduling. We have to modify the NIST WiMAX module which is implemented under the NS-2 in order to test the correctness of our proposed scheme. Subversion and Google-code-hosting are used to manage the project versions, thus we could be easy to modify the NIST module to support the functions of RS. Platform: |
Size: 1581935 |
Author:wangxynet |
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Description: 802.16源代码
看有网友征求802.16源码的帖子,拿出来分享一下。-802.16 source code has friends to seek the look of post-source 802.16 up to share. Platform: |
Size: 117760 |
Author:燕冰 |
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Description: WiMAX系统仿真,感觉做得很标准,欢迎参考。-WiMAX System Simulation, feeling very standard to do are welcome to reference. Platform: |
Size: 26624 |
Author:cc5go |
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Description: Recently, IEEE 802.16j multi-hop relay network is proposed to increase data rate and coverage of the IEEE 802.16e networks. The Relay Station (RS) is introduced to relay the data from MR-BS to SS/MS or from SS/MS to MR-RS. We have studied the research area for a whole, and we proposed some improvements that could decrease the congestion opportunity of non-transparent RS using distributed scheduling. We have to modify the NIST WiMAX module which is implemented under the NS-2 in order to test the correctness of our proposed scheme. Subversion and Google-code-hosting are used to manage the project versions, thus we could be easy to modify the NIST module to support the functions of RS. Platform: |
Size: 1582080 |
Author:wangxynet |
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Description: We address the problem of downlink multiuser
scheduling in practical wireless networks under a desired fairness
constraint. Wireless networks such as LTE, WiMAX and WiFi
provide partial channel knowledge at the base station/access point
by means of quantized user equipment feedback. Platform: |
Size: 223232 |
Author:gau |
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