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From: Erik L on 31 May 2010 08:19
Hi everybody,

Just trying simultanous moves of players in one of my game theoritic model. Let say i have a matrix X[], and all players move simultanously(independent of each other moves) for increasing their payoffs related to the resource matrix X[]. For sequencial moves of player we can program it easilty with for loop iterations. Can somebody tell me how to simulate simultanous moves of players in a non-cooperative game theoritic model.

Regards,
From: us on 31 May 2010 08:36
"Erik L" <ibrarali.shah(a)yahoo.com> wrote in message <hu09fn$9sv$1(a)fred.mathworks.com>...
> Hi everybody,
>
> Just trying simultanous moves of players in one of my game theoritic model. Let say i have a matrix X[], and all players move simultanously(independent of each other moves) for increasing their payoffs related to the resource matrix X[]. For sequencial moves of player we can program it easilty with for loop iterations. Can somebody tell me how to simulate simultanous moves of players in a non-cooperative game theoritic model.
>
> Regards,

now... where's your ML code(?)...

us
From: Erik L on 31 May 2010 08:49
"us " <us(a)neurol.unizh.ch> wrote in message <hu0afk$ds8$1(a)fred.mathworks.com>...
> "Erik L" <ibrarali.shah(a)yahoo.com> wrote in message <hu09fn$9sv$1(a)fred.mathworks.com>...
> > Hi everybody,
> >
> > Just trying simultanous moves of players in one of my game theoritic model. Let say i have a matrix X[], and all players move simultanously(independent of each other moves) for increasing their payoffs related to the resource matrix X[]. For sequencial moves of player we can program it easilty with for loop iterations. Can somebody tell me how to simulate simultanous moves of players in a non-cooperative game theoritic model.
> >
> > Regards,
>
> now... where's your ML code(?)...
>
> us
Thanks for reply. Here is my code where i want to call flow_move() function .m file. Obviously, this one is sequencail. I want to make it simultanous. Set of players: [1,,,,node_num] while each node_num has flows set: [1,,,,flow_num].




for i=1 : flow_num,

for j=1 : node_num,

% Call flow_move for each node and each flow
[balanced,per_node]=flow_move(j, i, C,Domain,s);

s=per_node;


end

end




Here is the function flow_move:

function [a, b]= flow_move(j,i, C, D,s)

global CD;
global f;



for Channel=1 : C,

%some operation of a global X[] matrix according to my algorithm





a=X[];
b=s;

What i want that each palyer(node_num) and it's associated flow_num access the function flow_move() simultanously or at least randomly independent of each other. In my case, i access the flow_move() function sequencailly as obvious from the code.

Thanks

Erik
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