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GT.rar
- 利用博弈论进行功率控制分析,利用迭代实现纳什均衡,Use game theory to power control analysis, the use of iteration to achieve Nash equilibrium
PowerControl
- 某名牌大学优秀博士论文,基于博弈论的功率控制算法-Outstanding doctoral thesis in a prestigious university, based on game theory power control algorithm
dsl
- 认知无线电中频谱共享的方法。是基于动态频谱租用的,运用了博弈论的原理。-Hierarchical dynamic spectrum access (DSA) has received the most attention in recent years as the solution for better spectrum utilization. In this paper, on the other hand, we develop a framework for dynamic
PowerControlinWireles
- 本文提出一种联合盲自适应梯度算法的功率控制算法,该算法同时对功率向量和接收滤波器权向量进行迭代更新。仿真结果表明,采用本文提出 的功率控制算法, 在系统内用户发射总功率一定的条件下, 可以获得更高的用户信干比和更大的系统容量。-Throughout the monograph, we highlight the use of mathematical language and tools in the study of power control, including optimiza
snake
- MATLAB实现贪吃蛇游戏,鼠标控制,有源代码,可运行-MATLAB realization of Snake game, mouse control, source code, run
snake
- 贪食蛇小游戏的matlab代码,上下左右键控制,下载直接运行即可使用。-Matlab code Snake game, up and down keys to control, you can use downloaded directly run.
GT
- 基于博弈论的信道选择与功率控制仿真,在20次迭代后达到纳什均衡-Channel selection and power control simulation based on game theory, after 20 iterations to reach the Nash equilibrium
power-control-assignment-(game-theory-code)
- Power control in ad hoc networks project in Game theory.
fuzz
- 关于模糊算法的模拟仿真,将模糊算法跟控制算法相结合可以解决系统中的不线性问题,这是在飞思卡尔比赛中的实践经验。-About fuzzy simulation algorithm, the algorithm with fuzzy control algorithm can solve the system of combining non-linear problem, which is of practical experience in the game of Freescale.
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-antenna cognitive radio system with
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 feedback rate control optimizatio
r_kq7116
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的temp参数使用,以及temp1控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI temp parameters, as well as temp1 control the
m_03bbx5
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的uuezJi参数使用,以及 QOHQDGw 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI uuezJi parameters, as well as QOHQDGw c
m_087k81
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的oqEMRg参数使用,以及 cpCDWVc 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI oqEMRg parameters, as well as cpCDWVc c
m_15yd7p
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的cQZKzn参数使用,以及 sbHIeBZ 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI cQZKzn parameters, as well as sbHIeBZ c
m_1xtnum
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的gyXIuo参数使用,以及 ZdlwUkG 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI gyXIuo parameters, as well as ZdlwUkG c
m_207ytw
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的IcOYpT参数使用,以及 wUpLScj 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI IcOYpT parameters, as well as wUpLScj c
m_21nf4l
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的bKGyYM参数使用,以及 cmkBBft 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI bKGyYM parameters, as well as cmkBBft c
m_25oolb
- 使用matlab写的类似windows窗口系统的扫雷游戏,个人认为是目前最好的版本了,包括GUI的buYkeH参数使用,以及 PdGHBya 控件开发的整个代码,调试通过。 -Use matlab write a similar window system windows Minesweeper game, personally think is the best version, includes a GUI buYkeH parameters, as well as PdGHBya c
基于博弈论的功率控制算法
- 博弈论的功率控制算法,根据价格来调整实用函数。(The power control algorithm of game theory adjusts the utility function according to the price.)