AbstractThe search for efficient bounds for VLSI problems has spawned an increasingly important research area. In this paper, we derive an asymptotic equality for the number of necklaces in a shuffle-exchange network, and provide a formula for the number of necklaces of a given length. This symptotic equality for the number of necklaces is an extension to Ullman's result reported in [2]
AbstractThe phenomenon of concurrency is modelled by commutativity. We define for any nonempty word ...
International audienceIn this paper, we study the shuffle operator on concurrent processes (represen...
Let M (m; n) be the minimum number of comparators needed in a comparator network that merges m eleme...
AbstractIn this paper we describe the necklaces of beads of length n in two colors and their equival...
Let m(n) be the minimum positive integer k so that the Shuffle-Exchange network with k stages...
A necklace is an equivalence class of words of length $n$ over an alphabet under the cyclic shift (r...
AbstractThe shuffle—exchange graph is one of the best structures known for parallel computation. Amo...
Shuffle-Exchange network has some good properties in parallel data processing. Its graph abstraction...
Design of interconnection networks is an important integral part of the parallel processing or distr...
In music theory, a chord is a collection of k notes within an n-note scale and can be represented as...
AbstractWe develop a fast algorithm for listing all necklaces with fixed content. By fixed content, ...
A necklace can be considered as a cyclic list of n red and n blue beads in an arbitrary order. In th...
We provide efficient approximation algorithms for the Necklace Splitting problem. The input consists...
AbstractIn this paper we show that for each n, the order-n shuffle-exchange network can be emulated ...
We introduce a variant of de Bruijn words that we call perfect necklaces. Fix a finite alphabet. Rec...
AbstractThe phenomenon of concurrency is modelled by commutativity. We define for any nonempty word ...
International audienceIn this paper, we study the shuffle operator on concurrent processes (represen...
Let M (m; n) be the minimum number of comparators needed in a comparator network that merges m eleme...
AbstractIn this paper we describe the necklaces of beads of length n in two colors and their equival...
Let m(n) be the minimum positive integer k so that the Shuffle-Exchange network with k stages...
A necklace is an equivalence class of words of length $n$ over an alphabet under the cyclic shift (r...
AbstractThe shuffle—exchange graph is one of the best structures known for parallel computation. Amo...
Shuffle-Exchange network has some good properties in parallel data processing. Its graph abstraction...
Design of interconnection networks is an important integral part of the parallel processing or distr...
In music theory, a chord is a collection of k notes within an n-note scale and can be represented as...
AbstractWe develop a fast algorithm for listing all necklaces with fixed content. By fixed content, ...
A necklace can be considered as a cyclic list of n red and n blue beads in an arbitrary order. In th...
We provide efficient approximation algorithms for the Necklace Splitting problem. The input consists...
AbstractIn this paper we show that for each n, the order-n shuffle-exchange network can be emulated ...
We introduce a variant of de Bruijn words that we call perfect necklaces. Fix a finite alphabet. Rec...
AbstractThe phenomenon of concurrency is modelled by commutativity. We define for any nonempty word ...
International audienceIn this paper, we study the shuffle operator on concurrent processes (represen...
Let M (m; n) be the minimum number of comparators needed in a comparator network that merges m eleme...