Titlebook: Proceedings / Parcella 1988; Fourth International Gottfried Wolf,Tamáas Legendi,Udo Schendel Conference proceedings 1989 Springer-Verlag Be

Malaise

釘牢

Prolog implementations for cellular architectures, memory type, massively parallel computers, where the processor elements are identical and connected in a regular, neighbourhood oriented network. The second project investigates the possibility of implementing Prolog on a tipical SIMD machine, called Distributed Array Processor (DAP). The third pro

reception

sundowning

Fast parallel algorithms and the complexity of parallelism (basic issues and recent advances),lize. The notions of NC.-reducibilities, RNC.-reducibilities, log-space reducibilities are presented and problems complete (or randomly complete) for P are defined and discussed. The notion of optimal parallel time-number of processors tradeoff is highlighted and several techniques to achieve optima

Pandemic

Process-structured architectures to transform information flowing through,emembering, and reasoning in real time, even approaching the brain‘s speed and power — IF we knew how to build them. This paper proposes and explores a promising but largely ignored information-flow approach..For maximum speed and efficiency, massively parallel networks should be structured so that

竊喜

Integrate

Parallel conflict-free optimal access to complete extended q-ary trees,assignment function S is supposed to be recursively linear and nonlinear. Known results for extended binary subtree access are generalized to the case of extended q-ary subtrees. Furthermore optimal solutions for isotropic nonlinear extended q-ary subtree access are given.

良心

微生物

Multiprocessor systems for large numerical applications, and many-body-models. The mathematical approximative methods used are numerical grid methods, molecular dynamics, Monte Carlo methods etc. The more complicate the considered phenomenon and the more refined the model is, the higher is the demand for computational power and storage capacity. Future h

Amplify

https://doi.org/10.1007/3-540-50647-0Boolean function; Supercomputer; algorithm; algorithms; automata; complexity; image processing; processor; p