Description: (书)现代通信系统使用MATLAB第一章-ALLIANCES is a recently proposed cooperative random access
protocol for wireless networks. In this paper we modify the
original model to include user location information. We also
derive pair-wise error probability (PEP) under Rayleigh flat
fading channel and a power-law attenuation environment.
Based on the PEP analysis we propose an optimal relay
selection scheme, which achieves significant throughput gains as
compared to the random relay selection scheme in the original
ALLIANCES. Platform: |
Size: 8192 |
Author:史志举 |
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Description: (书)现代通信系统使用MATLAB第二章-ALLIANCES is a recently proposed cooperative random access
protocol for wireless networks. In this paper we modify the
original model to include user location information. We also
derive pair-wise error probability (PEP) under Rayleigh flat
fading channel and a power-law attenuation environment.
Based on the PEP analysis we propose an optimal relay
selection scheme, which achieves significant throughput gains as
compared to the random relay selection scheme in the original
ALLIANCES. Platform: |
Size: 6144 |
Author:史志举 |
Hits:
Description: (书)现代通信系统使用MATLAB第三章-ALLIANCES is a recently proposed cooperative random access
protocol for wireless networks. In this paper we modify the
original model to include user location information. We also
derive pair-wise error probability (PEP) under Rayleigh flat
fading channel and a power-law attenuation environment.
Based on the PEP analysis we propose an optimal relay
selection scheme, which achieves significant throughput gains as
compared to the random relay selection scheme in the original
ALLIANCES. Platform: |
Size: 20480 |
Author:史志举 |
Hits:
Description: (书)现代通信系统使用MATLAB第四章-ALLIANCES is a recently proposed cooperative random access
protocol for wireless networks. In this paper we modify the
original model to include user location information. We also
derive pair-wise error probability (PEP) under Rayleigh flat
fading channel and a power-law attenuation environment.
Based on the PEP analysis we propose an optimal relay
selection scheme, which achieves significant throughput gains as
compared to the random relay selection scheme in the original
ALLIANCES. Platform: |
Size: 10240 |
Author:史志举 |
Hits:
Description: LDPC码在AWGN信道下的译码程序（c语言）-ALLIANCES is a recently proposed cooperative random access
protocol for wireless networks. In this paper we modify the
original model to include user location information. We also
derive pair-wise error probability (PEP) under Rayleigh flat
fading channel and a power-law attenuation environment.
Based on the PEP analysis we propose an optimal relay
selection scheme, which achieves significant throughput gains as
compared to the random relay selection scheme in the original
ALLIANCES. Platform: |
Size: 7168 |
Author:史志举 |
Hits:
Description: matlab实现16QAM调制解调 matlab实现16QAM调制解调-ALLIANCES is a recently proposed cooperative random access
protocol for wireless networks. In this paper we modify the
original model to include user location information. We also
derive pair-wise error probability (PEP) under Rayleigh flat
fading channel and a power-law attenuation environment.
Based on the PEP analysis we propose an optimal relay
selection scheme, which achieves significant throughput gains as
compared to the random relay selection scheme in the original
ALLIANCES. Platform: |
Size: 1024 |
Author:史志举 |
Hits:
Description: 针对译码转发系统中传统的用户选择策略复杂度过高的问题，提出一种半分布式用户选择策略(SDUS策略)．协作分集；用户选择；中断性能；运算复杂度-A semi—distributed user selection scheme(SDUS scheme)is proposed to reduce the high compleXity in conventional user selection schemes in decodPand—forward(DF)systems．cooperative diversity；user selection；outage perfornlance；computational complexity Platform: |
Size: 342016 |
Author:psy |
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Description: In this paper, an Alamouti-coded decode-And-forward protocol with optimum relay selection for three-user one
destination cooperative communications is investigated. Particularly, we design the new protocol that allows the
source node retransmitting the signal to the destination node at the same time as the relay node forwarding the
received signal to the destination node with an Alamouti coding scheme. We exploit the cooperative maximum
ratio combining technique (C-MRC) at the destination for combining a multiple copy of received signals. Platform: |
Size: 2217984 |
Author:Hakim |
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Description: Selection Scheme in Amplify and Forward Cooperative communication with Equal Power Allocation Platform: |
Size: 1024 |
Author:Malik_Khetim |
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