AbstractA technique for computing in permutation groups of high degree is developed. The technique uses the idea of successive refinement of ordered partitions, introduced by B. McKay in connection with the graph isomorphism problem, to supplement the techniques of base and strong generating set developed earlier by Sims. Applications to a number of specific problems in computational group theory are presented
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
New techniques, both theoretical and practical, are presented for constructing a permutation represe...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
AbstractA technique for computing in permutation groups of high degree is developed. The technique u...
We introduce a new framework for solving an important class of computational problems involving fini...
AbstractNew techniques, both theoretical and practical, are presented for constructing permutation r...
Theory of permutation group algorithms for graduates and above. Exercises and hints for implementati...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We present polynomial-time algorithms for computation in quotient groups G=K of a permutation group...
AbstractWe describe the theory and implementation of practical algorithms for computing chief and co...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
New techniques, both theoretical and practical, are presented for constructing a permutation represe...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
AbstractA technique for computing in permutation groups of high degree is developed. The technique u...
We introduce a new framework for solving an important class of computational problems involving fini...
AbstractNew techniques, both theoretical and practical, are presented for constructing permutation r...
Theory of permutation group algorithms for graduates and above. Exercises and hints for implementati...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We describe the integration of permutation group algorithms with proof planning. We consider eight b...
We present polynomial-time algorithms for computation in quotient groups G=K of a permutation group...
AbstractWe describe the theory and implementation of practical algorithms for computing chief and co...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...
New techniques, both theoretical and practical, are presented for constructing a permutation represe...
none3We describe an algorithm whic, given a permutation group G of degree n, produces a set of at mo...