The paper examines resource allocation games such as Colonel Blotto and Colonel Lotto games with the goal to develop tractable method for building suboptimal solution in mixed strategies of these games without solving the relevant optimization problem. The foundation of proposed method lies in the specific combinatorial properties of the partition games. It turned out that as far as distribution of resource along battlefield is concerned that pure strategies participating in ε-optimal solution possessed specific structure. Numerical experiments showed that these specific structural peculiarities can be easily reproduced utilizing previously found combinatorial properties of partition. As a result, we get ε-optimal solution of partition game...
Abstract In the article the task of finding the most preferred mixed strategies in finite sc...
Resource allocation problems are broadly defined as situations involving decisions on distributing a...
In the Colonel Blotto game, two players with a fixed budget simultaneously allocate their resources ...
The paper examines resource allocation games such as Colonel Blotto and Colonel Lotto games with the...
A brief resume of the role of linear utility functions in Game Theory is given. The point is made th...
We define a class of zero-sum games with combinatorial structure, where the best response problem of...
We introduce three variants of a symmetric matrix game corresponding to three ways of comparing two ...
International audienceWe describe an efficient algorithm to compute solutions for the general two-pl...
We describe an efficient algorithm to compute solutions for the general two-player Blotto game on n ...
Viv%, r (1d-i11 % i 4, 11I'e- u'ig iiire ild 4w Imea,.~ui~nulI neitlit, int'rerpre d ...
In this paper, we propose new solution concepts for multicriteria games and compare them with existi...
In real-world, game theory has been found great success in solving competitive decision-making probl...
The well-known “Colonel Blotto” game is considered from combinatorial point of view. Viewing this ga...
We prove the existence of -Nash equilibrium strategies with support logarithmic in the number of pur...
In this paper we introduce the class of simple combinatorial optimisation cost games, which are game...
Abstract In the article the task of finding the most preferred mixed strategies in finite sc...
Resource allocation problems are broadly defined as situations involving decisions on distributing a...
In the Colonel Blotto game, two players with a fixed budget simultaneously allocate their resources ...
The paper examines resource allocation games such as Colonel Blotto and Colonel Lotto games with the...
A brief resume of the role of linear utility functions in Game Theory is given. The point is made th...
We define a class of zero-sum games with combinatorial structure, where the best response problem of...
We introduce three variants of a symmetric matrix game corresponding to three ways of comparing two ...
International audienceWe describe an efficient algorithm to compute solutions for the general two-pl...
We describe an efficient algorithm to compute solutions for the general two-player Blotto game on n ...
Viv%, r (1d-i11 % i 4, 11I'e- u'ig iiire ild 4w Imea,.~ui~nulI neitlit, int'rerpre d ...
In this paper, we propose new solution concepts for multicriteria games and compare them with existi...
In real-world, game theory has been found great success in solving competitive decision-making probl...
The well-known “Colonel Blotto” game is considered from combinatorial point of view. Viewing this ga...
We prove the existence of -Nash equilibrium strategies with support logarithmic in the number of pur...
In this paper we introduce the class of simple combinatorial optimisation cost games, which are game...
Abstract In the article the task of finding the most preferred mixed strategies in finite sc...
Resource allocation problems are broadly defined as situations involving decisions on distributing a...
In the Colonel Blotto game, two players with a fixed budget simultaneously allocate their resources ...