中文说明:(1) 如何使用的代码:Sample_code_main.m: 邮件文件。样地主要算法生成的给你总网络实用程序在网络中,固定的总网络覆盖用户数目的改变想法。funGridSetupTransmitterUniform.m: 生成具有统一的用户 (收发 pair) 分布的随机网络拓扑funADPAlgorithmLogU.m: 具有加权对数效用函数的 ADP 算法。如果您想要使用不同的效用函数,您需要更改 ADP 算法具有不同的电源和价格更新动态。(2) 在这里我们只考虑一个单通道无线 ad hoc 网络。多载波案例可与另一级别的对偶分解分析的类似。有关详细信息,请参阅下列日志文件:代码是下述文件的一个简单示例:J.黄、 R.浆果和 M.L.Honig,"无线网络的分布式的干扰补偿",IEEE Journal 上通信 (进阶) 第 24 卷中的选定区域,号 5,页 1074年 1084 年,2006 年 5 月
English Description:
(1) How to use the codes:Sample_code_main.m: mail file. The sample plot generated by the main algorithm gives you an idea how the total network utility changes with the number of users in the network, with a fixed total network coverage.funGridSetupTransmitterUniform.m: generating random network topology with uniform user (transmitter-receiver pair) distributionsfunADPAlgorithmLogU.m: the ADP algorithm with weighted logarithmic utility function. If you want to use different utility functions, you need to change the ADP algorithm with different power and price update dynamics.(2) Here we only consider a single channel wireless ad hoc network. The multi-carrier case can be analyzed similarily with another level of dual decomposition. For details, please refer to the following journal paper: The codes are a simple example of the following paper:J. Huang, R. Berry and M. L. Honig, "Distributed Interference Compensation for Wi