AbstractWe propose a simple probability model for MAX-2SAT instances for discussing the average-case complexity of the MAX-2SAT problem. Our model is a “planted solution model”, where each instance is generated randomly from a target solution. We show that for a large range of parameters, the planted solution (more precisely, one of the planted solution pairs) is the optimal solution for the generated instance with high probability. We then give a simple linear-time algorithm based on a message passing method, and we prove that it solves the MAX-2SAT problem with high probability for random MAX-2SAT instances under this planted solution model for probability parameters within a certain range
The Maximum Satisfiability (MAXSAT) problem is an optimization version of the Satisfiability problem...
Exact Max-SAT solvers, compared with SAT solvers, apply little inference at each node of the proof t...
We study the properties of 2-SAT and Max-2-SAT problems by analyzing the node adding process on the ...
AbstractWe propose a simple probability model for MAX-2SAT instances for discussing the average-case...
We propose a simple and deterministic algorithm for solving MAX2SAT, which runs O(n(n+m)) time where...
In this paper I present a MAX2SAT algorithm based on the randomized algorithm of Papadimitriou from ...
We analyze and compare two solvers for Boolean optimization problems: WMaxSatz, a solver for Partial...
We introduce the problem Max#SAT, an extension of model counting (#SAT). Given a formula over sets o...
We study the approximability of the version of MAXSAT where exponentially large instances are succin...
We give an algorithm for counting the number of max-weight solutions to a 2SAT formula, and improve ...
We present and evaluate d4Max, an exact approach for solving the Weighted Max#SAT problem. The Max#S...
With random inputs, certain decision problems undergo a “phase transition.” We prove similar behavio...
The max-k-sat problem asks to find a truth assignment to n Boolean variables that maximizes the tota...
We investigate the MAX-2-SAT problem and study evolutionary algorithms by parameterized runtime anal...
AbstractDuring the past 3 years there was a considerable growth in the number of algorithms solving ...
The Maximum Satisfiability (MAXSAT) problem is an optimization version of the Satisfiability problem...
Exact Max-SAT solvers, compared with SAT solvers, apply little inference at each node of the proof t...
We study the properties of 2-SAT and Max-2-SAT problems by analyzing the node adding process on the ...
AbstractWe propose a simple probability model for MAX-2SAT instances for discussing the average-case...
We propose a simple and deterministic algorithm for solving MAX2SAT, which runs O(n(n+m)) time where...
In this paper I present a MAX2SAT algorithm based on the randomized algorithm of Papadimitriou from ...
We analyze and compare two solvers for Boolean optimization problems: WMaxSatz, a solver for Partial...
We introduce the problem Max#SAT, an extension of model counting (#SAT). Given a formula over sets o...
We study the approximability of the version of MAXSAT where exponentially large instances are succin...
We give an algorithm for counting the number of max-weight solutions to a 2SAT formula, and improve ...
We present and evaluate d4Max, an exact approach for solving the Weighted Max#SAT problem. The Max#S...
With random inputs, certain decision problems undergo a “phase transition.” We prove similar behavio...
The max-k-sat problem asks to find a truth assignment to n Boolean variables that maximizes the tota...
We investigate the MAX-2-SAT problem and study evolutionary algorithms by parameterized runtime anal...
AbstractDuring the past 3 years there was a considerable growth in the number of algorithms solving ...
The Maximum Satisfiability (MAXSAT) problem is an optimization version of the Satisfiability problem...
Exact Max-SAT solvers, compared with SAT solvers, apply little inference at each node of the proof t...
We study the properties of 2-SAT and Max-2-SAT problems by analyzing the node adding process on the ...