activity
20082017
most citedOn the computational complexity of solving stochastic mean-payoff games

3 citations · 6 across the 4 of their papers we have counts for

collaborators

7 papers

math.CO2017

Monotone bargaining is Nash-solvable

Vladimir Gurvich, Gleb Koshevoy

Given two finite ordered sets and , introduce the set of outcomes of the game $O = \{(a, b) \mid a \in A, b \in B\} = \{(…

math.CO20171 cited

Generalizing Gale's theorem on backward induction and domination of strategies

Vladimir Gurvich

In 1953 Gale noticed that for every n-person game in extensive form with perfect information modeled by a rooted treesome special Nash equilibrium in pure strategies can be found b…

math.CO2017

Separable discrete functions: recognition and sufficient conditions

Endre Boros, Ondrej Cepek, Vladimir Gurvich

A discrete function of variables is a mapping , where , and are arbitrary finite sets. Function is cal…

math.CO2017

Backward induction in presence of cycles

Vladimir Gurvich

For the classical backward induction algorithm, the input is an arbitrary -person positional game with perfect information modeled by a finite acyclic directed graph (digraph) a…

math.CO20152 cited

On Equistable, Split, CIS, and Related Classes of Graphs

Endre Boros, Vladimir Gurvich, Martin Milanič

We consider several graphs classes defined in terms of conditions on cliques and stable sets, including CIS, split, equistable, and other related classes. We pursue a systematic st…

cs.GT20083 cited

On the computational complexity of solving stochastic mean-payoff games

Vladimir Gurvich, Peter Bro Miltersen

We consider some well-known families of two-player, zero-sum, perfect information games that can be viewed as special cases of Shapley's stochastic games. We show that the followin…