Note:This thesis studies massively parallel synchronous processing models and algorithms. We survey the basic models, discuss their interrelationships and analyze properties of some feasible network models. A new definition of Gentleman's o-function is given. We present routines that simulate the CUBE ASCEND /DESCEND class algorithms on the CCC (cube-connected cycles) and the PERFECT SHUFFLE machines of any sufficient size. We give the exact (non-asymptotic) computation times and prove the correctness of the algorithms. This extends the previous results of Stone (1971) and Preparata-Vuillemin (1979). Borodin-von zur Gathen-Hopcroft (1984) laid out a program to obtain a "theory package for parallel algebraic manipulation". […]Cette thèse dis...
Technology trends are making the cost of data movement increasingly dominant, both in terms of energ...
Over the past decade, there has been increasing interest in distributed/parallel algorithms for proc...
Abstract(i) First we show that all the known algorithms for polynomial division can be represented a...
AbstractWe study two classes of unbounded fan-in parallel computation, the standard one, based on un...
AbstractSeveral fundamental problems of computations with polynomials and structured matrices are we...
Concentrating on the algorithmic point of view, we summarize briefly two attempts of solving NP-comp...
AbstractThis paper outlines a theory of parallel algorithms that emphasizes two crucial aspects of p...
AbstractA new parallel extended GCD algorithm is proposed. It matches the best existing parallel int...
We studyscalable parallel computational geometry algorithms for the coarse grained multicomputer mod...
The class NC consists of problems solvable very fast (in time polynomial in log n) in parallel with ...
Dans cette thèse, nous étudions l’algorithmique parallèle à grande échelle de quelques problèmes en ...
AbstractThis paper uses a graph-theoretic approach to derive asymptotically optimal algorithms for p...
In this work an efficient model for parallel computing, called Shuffled Mesh (SM), is introduced. Th...
Parallel algorithms to compute the determinant and characteristic polynomial of matrices and the gcd...
2Ce rapport contient les deux premiers chapitres du tutoriel “Parallel Computer Algebra ” donné au ...
Technology trends are making the cost of data movement increasingly dominant, both in terms of energ...
Over the past decade, there has been increasing interest in distributed/parallel algorithms for proc...
Abstract(i) First we show that all the known algorithms for polynomial division can be represented a...
AbstractWe study two classes of unbounded fan-in parallel computation, the standard one, based on un...
AbstractSeveral fundamental problems of computations with polynomials and structured matrices are we...
Concentrating on the algorithmic point of view, we summarize briefly two attempts of solving NP-comp...
AbstractThis paper outlines a theory of parallel algorithms that emphasizes two crucial aspects of p...
AbstractA new parallel extended GCD algorithm is proposed. It matches the best existing parallel int...
We studyscalable parallel computational geometry algorithms for the coarse grained multicomputer mod...
The class NC consists of problems solvable very fast (in time polynomial in log n) in parallel with ...
Dans cette thèse, nous étudions l’algorithmique parallèle à grande échelle de quelques problèmes en ...
AbstractThis paper uses a graph-theoretic approach to derive asymptotically optimal algorithms for p...
In this work an efficient model for parallel computing, called Shuffled Mesh (SM), is introduced. Th...
Parallel algorithms to compute the determinant and characteristic polynomial of matrices and the gcd...
2Ce rapport contient les deux premiers chapitres du tutoriel “Parallel Computer Algebra ” donné au ...
Technology trends are making the cost of data movement increasingly dominant, both in terms of energ...
Over the past decade, there has been increasing interest in distributed/parallel algorithms for proc...
Abstract(i) First we show that all the known algorithms for polynomial division can be represented a...