International audienceWe study approximation of the max sat problem by moderately exponential algorithms. The general goal of the issue of moderately exponential approximation is to catch-up on polynomial inapproximability, by providing algorithms achieving, with worst-case running times importantly smaller than those needed for exact computation, approximation ratios unachievable in polynomial time. We develop several approximation techniques that can be applied to max sat in order to get approximation ratios arbitrarily close to 1
This paper proposes a way to bring together two seemingly “foreign” domains that are the polynomial ...
AbstractUsing ideas and results from polynomial time approximation and exact computation we design a...
MAX SAT(maximum satisfiability problem) is stated as fllows: given a set of clauses with weights, fi...
International audienceWe study approximation of the max sat problem by moderately exponential algori...
Nous détaillons dans cette thèse des algorithmes modérément exponentiels pour l'approximation du pro...
We give in this thesis some moderately exponential algorithms for the MAX SAT problem. We discuss a ...
Nous détaillons dans cette thèse des algorithmes modérément exponentiels pour l'approximation du pro...
AbstractFor MAX SAT, which is a well-known NP-hard problem, many approximation algorithms have been ...
This paper proposes a way to bring together two seemingly “foreign” domains that are the polynomial ...
We study the approximation of min set cover combining ideas and results from polynomial approximatio...
We study approximation of some well-known network design problems such as traveling salesman problem...
We study the approximability of the version of MAXSAT where exponentially large instances are succin...
We present a trade-off between polynomial approximation and exact computation. We show how using i...
We present randomized approximation algorithms for the maximum cut (MAX CUT) and maximum 2-satisfiab...
La version Working Paper attachée s'intitule "Efficient approximation by "low-complexity" exponentia...
This paper proposes a way to bring together two seemingly “foreign” domains that are the polynomial ...
AbstractUsing ideas and results from polynomial time approximation and exact computation we design a...
MAX SAT(maximum satisfiability problem) is stated as fllows: given a set of clauses with weights, fi...
International audienceWe study approximation of the max sat problem by moderately exponential algori...
Nous détaillons dans cette thèse des algorithmes modérément exponentiels pour l'approximation du pro...
We give in this thesis some moderately exponential algorithms for the MAX SAT problem. We discuss a ...
Nous détaillons dans cette thèse des algorithmes modérément exponentiels pour l'approximation du pro...
AbstractFor MAX SAT, which is a well-known NP-hard problem, many approximation algorithms have been ...
This paper proposes a way to bring together two seemingly “foreign” domains that are the polynomial ...
We study the approximation of min set cover combining ideas and results from polynomial approximatio...
We study approximation of some well-known network design problems such as traveling salesman problem...
We study the approximability of the version of MAXSAT where exponentially large instances are succin...
We present a trade-off between polynomial approximation and exact computation. We show how using i...
We present randomized approximation algorithms for the maximum cut (MAX CUT) and maximum 2-satisfiab...
La version Working Paper attachée s'intitule "Efficient approximation by "low-complexity" exponentia...
This paper proposes a way to bring together two seemingly “foreign” domains that are the polynomial ...
AbstractUsing ideas and results from polynomial time approximation and exact computation we design a...
MAX SAT(maximum satisfiability problem) is stated as fllows: given a set of clauses with weights, fi...