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1)  submodular game
子模博弈
2)  quantum game
量子博弈
1.
Classical game theory is the mathematical theory of decision making under competitive situations,and it has been widely used in many fields,such as economics,sociology,Quantum game theory is the extension of classical game theory into quantum realm while classical game is a subset of quantum game because of its entangle property.
量子博弈论是最近几年在国际学术前沿兴起的由量子通信科技与博弈论相结合的最新成果。
2.
In recent years, for the development of quantum physics, a new intercross area of game theory and quantum physics had born, that is quantum game theory.
近年来随着量子理论研究的发展,出现了博弈论与量子物理的新兴交叉学科——量子博弈论。
3)  quantum games
量子博弈
1.
Quantum Games and Game s Quantization;
量子博弈与博弈的量子化
2.
The current status of quantum games,including recent developments,is presented in this paper.
论述了量子博弈的研究现状和最新进展。
4)  sub-game
子博弈
1.
At the same time,the paper gives the profound analysis of the sub-game equilibrium in the debt exceeding stage.
本文通过对债务展期情况下的融资担保问题的合同签订期,债务到期时及展期债务到期时三个阶段进行深入辨析,分析债务展期对担保合约的影响,给出了担保合约签订期(Date-0)担保合约中担保费用和担保比例的博弈纳什均衡解,并针对债务到期时(Date-1)展期债务进行子博弈均衡分析。
5)  game model
博弈模型
1.
Cooperative game model for international technology transfer;
国际技术转移行为的合作博弈模型研究
2.
Study on Inner-enterprise Game Models about Interest Among Proprietor, Manager and Laborer;
企业中个体与群体利益行为机制的博弈模型研究
3.
Discrete dynamic Stackelberg game model for traffic guidance strategy and its solving method
交通出行诱导的离散Stackelberg动态博弈模型及其求解算法
6)  supermodular game
超模博弈
1.
Analysis of equilibrium for multi-retailer price competition based on supermodular game theory;
基于超模博弈的多零售商价格竞争的均衡分析
2.
In this paper,we first proved the stability of Tarski’s maximal and minimal fixed points,then by defining a proper topology on the set of supermodular games’ pay off functions,we proved the stability of the maximal and minimal Nash equilibria of supermodular games.
本文证明了Tarski不动点定理中最大不动点和最小不动点的稳定性,然后通过对超模博弈的支付函数集建立恰当的拓扑结构,证明了超模博弈的最大Nash均衡和最小Nash均衡的稳定性。
补充资料:凹模、凸凹模工作型面加工工艺过程
1)备料。 n
    2)锻造。锻成长方形的坯料(每件留长工艺夹头)。 n
    3)热处理。退火。   n
    4)铣(刨)削。铣(刨)削六面成长方形模块。 n
    5)磨削。磨削上、下两端面及相邻两侧面,用90。角尺测量相邻两面的垂直度。 n
    6)钳工加工。用平板和划线盘按图划线,并打样冲眼;用钻头钻螺纹底孔;用圆柱销孔的预孔;用钻头钻挡料销让位孔;用钻头在中心处钻穿丝孔等;正、反面孔口倒角;凸凹模用钻头孔扩,保证刃口高度;攻螺纹;铰孔。n
  7)铣削。平口钳装夹工件;用的立铣刀铣削型孔至尺寸,保证深度。 n
   8)热处理。凹模工件淬硬至HRC60~64,凸凹模工件淬硬至HRC58~62。 n
   9)平磨。磨上、下两端面及相邻两侧面,用90。角尺测量相邻两面的垂直度至图要求;退磁。 n
   10)线切割。按图编制线切割程序,切割模型孔成形,留单面研磨余量0.005 mm。 n
   11)钳工加工。研光线切割面: n
   12)检验。 n复合冲裁模的装配应选择凸凹模作为装配基准件,先装下模部分,后装上模部分
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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