由买买提看人间百态

boards

本页内容为未名空间相应帖子的节选和存档,一周内的贴子最多显示50字,超过一周显示500字 访问原贴
Economics版 - a question about permutation
相关主题
optimization question (转载)Re: 哪位大侠看看这个 game theory problem?
包子请教constraint maximization问题高校待遇双轨制的分析
请教一个toy 时间序列问题请问有没有IO方面对Cournot, Bertrand, Stackelberg的比较分析?
extra courses or not?Can we calculate log likelihood ratio using SAS??? (转载)
The Neo-classical theory of time allocation请教econjobmarket.org的流程
about the deregulation in power industry(welcome discussions and comments)对于特别远期的预测,time series是不是就不行了?
高手指教:Theoretical v.s. Empiricalasking for a paper, 3x
<<经济评论>>第四期Looking for a Chinese male to share the hotel room with me on October 20, 2011 at Denver
相关话题的讨论汇总
话题: agents话题: each话题: agent话题: question
进入Economics版参与讨论
1 (共1页)
o*d
发帖数: 72
1
【 以下文字转载自 Mathematics 讨论区 】
发信人: omd (omd), 信区: Mathematics
标 题: a question about permutation
发信站: BBS 未名空间站 (Sat Sep 15 13:26:35 2012, 美东)
Suppose some agents are ordered under uniform distribution, and each of them
get some benefit according his order within the limit of an independent
budget constraint and his own capacity. Hence there is a expected return for
each agent.
Now if each agent is divided into n sub-agents (with smaller capacities),
and the same process is applied again, each agent then collect what he gets
from those sub-agents. When n goes to infi, what's the nature of the result?
Will it always be the same, or converge, or else?
Thanks for help!
1 (共1页)
进入Economics版参与讨论
相关主题
Looking for a Chinese male to share the hotel room with me on October 20, 2011 at DenverThe Neo-classical theory of time allocation
哪位同学老师有gowrisankaran and rysman 2009's matlab code啊?about the deregulation in power industry(welcome discussions and comments)
no unbiased estimator高手指教:Theoretical v.s. Empirical
A problem<<经济评论>>第四期
optimization question (转载)Re: 哪位大侠看看这个 game theory problem?
包子请教constraint maximization问题高校待遇双轨制的分析
请教一个toy 时间序列问题请问有没有IO方面对Cournot, Bertrand, Stackelberg的比较分析?
extra courses or not?Can we calculate log likelihood ratio using SAS??? (转载)
相关话题的讨论汇总
话题: agents话题: each话题: agent话题: question