非合作博弈论

在LTE下行链路中，采用非合作博弈论中的定价机制对多小区OFDMA系统的功率分配进行建模。

In the LTE downlink , utilize pricing mechanism in non-cooperative game theory modeling power allocation of the multi-cell OFDMA system .

本文首先介绍了非合作博弈论的基本结构和分析方法，随后分别就现代寡占理论和信息经济学的研究内容、研究思想和一些重要结论作了简要评介；

Firstly this paper introduces the basic structure and the analyzing method of non-cooperative game theory and later it reviews the studying contents , the studying thoughts and some important conclusions of modern incomplete monopoly theory and information economics .

基于非合作博弈论的多小区OFDMA系统动态资源分配算法研究

Dynamic Resource Allocation Algorithm for Multi-cell OFDMA Systems Based on Noncooperative Game Theory

非合作博弈论对气象产业经济发展的启示

Enlightenment of Non-cooperation Game Theory to Economic Development of Meteorological Industry

包括，供需关系理论、信息不对称经济学以及信息搜寻非合作博弈论三个方面。

Information asymmetry economics and information search cooperative game theory .

非合作博弈论已经成为经济学研究一项重要工具，在现代经济学中有着诸多应用。

Non-cooperation game theory has been an important tool in economy research and variously applied in modern economics .

将非合作博弈论和定价机制引入后，该优化问题可转化为在每个子信道上独立地进行功率分配。

Then , by applying non-cooperative game and pricing theories , the optimization is transformed into the case where power is independently allocated on each sub-channel .

本文运用公司所有权结构理论、非合作博弈论和效用函数具体分析了控股股东和少数股东间的利益冲突。

Through theory of company ownership structure , game theory of non-cooperation and efficiency constant , the article analyzes the system of benefit conflicts between controlling shareholders and minority stockholders .

针对确定交易规模、不定交易价格的合约谈判方式，首次采用非合作博弈论的贝叶斯均衡概念，讨论了合约价格形成的理性条件，并指出这种模式存在贝叶斯均衡解。

With the negotiation means of certain transaction and uncertain transaction price , this paper adopts such concepts as Bayesian equilibrium of non-corporate game theory , discusses the rational conditions of contract price formation , and points out it has Bayesian equilibrium .

博弈论具有全局优化的特点，特别是在多种因素共存的情况下这种全局优化的特点更加显著。因此论文选择了非合作博弈论来优化基站的发射功率。

Game theory possesses the advantage of global optimization . This advantage is especially remarkable in the case of a variety of influence factors existence , so this paper chooses non-cooperative game theory to optimize the transmission power of the base stations .