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Poweallocation2013paper
- 考虑了基站通过多个中继与多个用户的问题，基于背包问题提出了最优功率分配。-the optimal power allocation is presented based on knapsack problem for a system with a base station communication with multiple users assisted by multiple relay.
water_filling_algorithm
- 关于注水算法的简单演示。在总功率受限的情况下通过功率分配逼近香农信道容量-performs the water filling algorithm with the given total power constrain to approach Shannon capacity of the channel.
article
- 软件程序按照发射端所掌握的各用户信道状态信息的程度共分为两部分：即完整信道状态信息(CSIT)和部分信道状态信息(CSIP)。其中，每一部分都包括预编码(precoding)和用户调度(scheduling) 在CSIT中，precoding又按照各用户的数据流数分为单数据流和多数据流两种情况。在每种情况下，首先考察了不同预编码算法的性能表现，包括两种ZF、MMSE、SINR、SLNR。之后又考察了功率分配算法的性能表现（文件
gonglvfenpei
- 动态中继选择和功率分配策略，讨论在不同策略下的功率分配，寻找能使总的功耗最小的方法。-Dynamic relay selection and power allocation strategies discussed in different power allocation strategies, seeking to make the total power consumption is minimal approach.
CR
- 认知无线电下基于价格的功率分配,非合作博弈论，-Based on the price of power allocation under cognitive radio
chow
- 在OFDM自适应系统中，经常需要用到chow算法。该算法是最初的比特功率分配算法。-OFDM adaptive systems often need to use chow algorithm. The algorithm is the first bit and power allocation algorithm.
test_basedSFLA_power-allocation_v6
- 结合智能算法的放大转发（AF）多中继功率分配-Combined with intelligent algorithms amplify and forward (AF) multi-relay power allocation
p1_p2_Utotal8
- 认知网络中功率分配，及认知网络中主从用户接入信道的分配额，进行频谱感知-Cognitive power distribution network, and cognitive networks allocations user access from the main channel, spectrum sensing
MIMO-Resource-Allocation
- 文章很好，可以查阅关于MIMO资源功率分配的文章，是IEEE的文章，仅供参考-Good article, can be found on the article MIMO power allocation of resources, is the IEEE article, for reference
powerallocation
- MIMO系统中发射天线功率分配算法，包括注水功率分配算法-power allocation algorithm for mimo system including water-filling algorithm
waterfill
- 注水功率分配算法函数，信道矩阵考虑为对角矩阵，利用奇异值分解。-water-filling power allocate algorithm function
power-optimize
- 利用注水算法进行功率分配，给出不同发射天线的功率分配并计算各天线的频谱效率。-water-fill power allocation algorithm and frequency spectrum calculation.
waterfilling-in-mimo-channels
- MIMO信道条件下进行功率分配实现最优的吞吐量的一个算法过程-power control method in mimo channels
wangchen-dalunwen
- 采用多天线的认知无线电系统相对于单天线认知无线电系统，既有传统的资源（频域，时域，码域），又有空域资源。本文研究基于博弈论的有限反馈认知MIMO系统的资源分配，涉及发射功率、空域（采用波束成形）和反馈速率等资源的分配。利用有限的反馈信道反馈量化的信道状态信息(CSI)，基于量化CSI，本文主要研究联合功率分配与波束成形优化、次用户（认知用户或非授权用户）反馈速率控制、联合功率分配与反馈速率控制等相关资源分配问题。-Multi-anten
paper1
- 中继OFDMA蜂窝网络中基于图论的载波复用和分布式功率分配策略.pdf-Relay OFDMA cellular networks based on graph theory carrier multiplexing and distributed power allocation strategy .pdf
cognitive-radio-20131124
- matlab 认知无线电中功率分配程序-Power Allocation in Cognitive Radio matlab program
ZHUSHUI
- 功率分配，注水功率分配MATLAB仿真程序-Power allocation, waterfilling power allocation of MATLAB simulation program
1
- 本文研究了有限反馈下基于博弈论的联合功率分配与反馈速率控制优化问题。通过建立新的博弈模型，证明了其纳什均衡的存在性。同时，根据功率与反馈速率的关系，提出了一种迭代算法，可快速收敛到博弈不动点。仿真结果表明，联合优化算法的性能优于单单考虑反馈速率的算法。-In this paper, under the limited feedback joint power allocation based on game theory and fee
power_allocation_bijiao
- 该程序包括注水功率分配算法，平均功率分配算法的仿真。生成的ser_snr曲线能很好的体现不同算法的效果。-The program includes injection power allocation algorithm, and the average power allocation algorithm simulation. The generated ser_snr curve can well reflect the effe
OFDMwaterfilling
- OFDM系统中基于注水算法的功率分配,有助于深入了解注水算法的原理-power allocation based on waterfilling algorithm for OFDM systems，It helps to understand the principles of water-filling algorithm