Abstract Solvers for Answer Set Programming

This tends to be a set of choice rules that define the search space of the problem in question 4 ; to start with, this should give an answer set for each possible element of the

Furthermore, we need a notion for a number to be in a square, and conse- quently rule out answer sets where a number does not occur in every square.. in square(S, N ) :- cell (X, Y,

In the first phase, called the Performance Map Learning Problem (PMLP), we use a supervised Machine Learning (ML) methodology in order to learn the relationships between the features

Inversion of Eddy-Current Signals Using a Level-Set Method and Block Krylov Solvers... The application motivating this work is related to the identification of deposits

New trends in parallel methods used to solve Finite Element matrix systems are presented: standard iterative and direct solving methods first, and then domain decomposition

In particular, Lonc and Truszczy´ nski [14] have considered the parameterized complexity of the consistency problem parameterized by a given integer k, when the input is restricted

• We define a framework that can ease the import of other techniques originally devel- oped in solvers for computing backbones of CNF formulas in the abstract procedures for

With Kulkarni [11], they notably extend Crofton’s formula to the p-adic setting and derive new estimations on the num- ber of roots of a p-adic polynomial, establishing in