The minimum cut and minimum length linear arrangement problems usually occur in solving wiring problems and have a lot in common with job sequencing questions. Both problems are NP-complete for general graphs and in P for trees. We present here two parallel algorithms for the CREW PRAM. The first solves the minimum length linear arrangement problem for trees and the second solves the minimum cut arrangement for trees. We prove that the first problem belongs to NC for trees, and the second problem also is in NC for bounded degree trees
We describe the first parallel algorithm with optimal speedup for constructing minimum-width tree de...
[[abstract]]An edge is a bisector of a simple path if it contains the middle point of the path. In t...
Includes bibliographical references ( leaves 61-64).One way the early use of parallel computers has ...
The minimum cut and minimum length linear arrangement problems usually occur in solving wiring probl...
The minimum cut and minimum length linear arrangement problems usually occur in solving wiring probl...
AbstractThe minimum cut and minimum length linear arrangement problems usually occur in solving wiri...
The minimum cut and minimum sum linear arrangement problems usually occur in solving wiring problems...
The minimum cut and minimum length linear arrangement problems usually occur in solving wiring probl...
The tree-layout problem is to compute the coordinates of nodes of a tree so that the tree, when draw...
AbstractThis paper presents results which improve the efficiency of parallel algorithms for computin...
We give the first efficient parallel algorithms for solving the arrangement problem. We give a deter...
[[abstract]]In this paper, we propose efficient parallel algorithms on the EREW PRAM for optimally l...
We present the first near-linear work and poly-logarithmic depth algorithm for computing a minimum c...
The subject of this thesis is the Minimum Linear Arrangement Problem, a classical problem in combina...
In this paper we present a parallel algorithm that decides whether a graph G has treewidth at most t...
We describe the first parallel algorithm with optimal speedup for constructing minimum-width tree de...
[[abstract]]An edge is a bisector of a simple path if it contains the middle point of the path. In t...
Includes bibliographical references ( leaves 61-64).One way the early use of parallel computers has ...
The minimum cut and minimum length linear arrangement problems usually occur in solving wiring probl...
The minimum cut and minimum length linear arrangement problems usually occur in solving wiring probl...
AbstractThe minimum cut and minimum length linear arrangement problems usually occur in solving wiri...
The minimum cut and minimum sum linear arrangement problems usually occur in solving wiring problems...
The minimum cut and minimum length linear arrangement problems usually occur in solving wiring probl...
The tree-layout problem is to compute the coordinates of nodes of a tree so that the tree, when draw...
AbstractThis paper presents results which improve the efficiency of parallel algorithms for computin...
We give the first efficient parallel algorithms for solving the arrangement problem. We give a deter...
[[abstract]]In this paper, we propose efficient parallel algorithms on the EREW PRAM for optimally l...
We present the first near-linear work and poly-logarithmic depth algorithm for computing a minimum c...
The subject of this thesis is the Minimum Linear Arrangement Problem, a classical problem in combina...
In this paper we present a parallel algorithm that decides whether a graph G has treewidth at most t...
We describe the first parallel algorithm with optimal speedup for constructing minimum-width tree de...
[[abstract]]An edge is a bisector of a simple path if it contains the middle point of the path. In t...
Includes bibliographical references ( leaves 61-64).One way the early use of parallel computers has ...