Babai and Pak demonstrated a weakness in the product replacement algorithm, a widely used heuristic algorithm intended to rapidly generate nearly uniformly distributed random elements in a finite group G. It was an open question whether the same weakness can be exhibited if one considers only finite solvable groups. We give an affirmative solution to this problem. We consider the distribution of the first component in a k-tuple chosen uniformly in the set of all the k-tuples generating G and construct an infinite sequence of finite solvable groups G for which this distribution turns out to be very far from unifor
For a finite group group, denote by V(G) the smallest positive integer k with the property that the ...
Abstract. In order to study how well a finite group might be generated by repeated random multiplica...
We give a solution to the inverse problem (given a function, find a corresponding group) for large c...
Babai and Pak proved that the product replacement algorithm (a widely used heuristic algorithm inten...
Babai and Pak proved that the product replacement algorithm (a widely used heuristic algorithm inten...
Babai and Pak proved that the product replacement algorithm (a widely used heuristic algorithm inten...
none3noBabai and Pak proved that the product replacement algorithm (a widely used heuristic algorith...
We analyze some properties of the distribution QG,k of the first component in a k-tuple chosen unifo...
We analyze some properties of the distribution Q G,k of the first component in a k -tuple chosen u...
Let G be a finite group. For a given k, what is the probability that a group is generated by k rando...
We discuss some questions related to the generation of supersoluble groups. First we prove that the ...
) IGOR PAK , SERGEY BRATUS y 1 Introduction Let G be a finite group. A sequence of k group ele...
We present a "practical" algorithm to construct random elements of a finite group. We anal...
We present a "practical" algorithm to construct random elements of a finite group. We ana...
In order to study how well a finite group might be generated by repeated random multiplications, P. ...
For a finite group group, denote by V(G) the smallest positive integer k with the property that the ...
Abstract. In order to study how well a finite group might be generated by repeated random multiplica...
We give a solution to the inverse problem (given a function, find a corresponding group) for large c...
Babai and Pak proved that the product replacement algorithm (a widely used heuristic algorithm inten...
Babai and Pak proved that the product replacement algorithm (a widely used heuristic algorithm inten...
Babai and Pak proved that the product replacement algorithm (a widely used heuristic algorithm inten...
none3noBabai and Pak proved that the product replacement algorithm (a widely used heuristic algorith...
We analyze some properties of the distribution QG,k of the first component in a k-tuple chosen unifo...
We analyze some properties of the distribution Q G,k of the first component in a k -tuple chosen u...
Let G be a finite group. For a given k, what is the probability that a group is generated by k rando...
We discuss some questions related to the generation of supersoluble groups. First we prove that the ...
) IGOR PAK , SERGEY BRATUS y 1 Introduction Let G be a finite group. A sequence of k group ele...
We present a "practical" algorithm to construct random elements of a finite group. We anal...
We present a "practical" algorithm to construct random elements of a finite group. We ana...
In order to study how well a finite group might be generated by repeated random multiplications, P. ...
For a finite group group, denote by V(G) the smallest positive integer k with the property that the ...
Abstract. In order to study how well a finite group might be generated by repeated random multiplica...
We give a solution to the inverse problem (given a function, find a corresponding group) for large c...