Titlebook: CONPAR 86; Conference on Algori Wolfgang H?ndler,Dieter Haupt,Otto Lange Conference proceedings 1986 Springer-Verlag Berlin Heidelberg 1986

Innovative

,SUPRENUM — an MIMD multiprocessor system for multi-level scientific computing,

休息

anus928

憎惡

Future parallel computers,er of interesting parallel computer products are appearing. The design motivations cover a broad spectrum: (i) parallel UNIX systems (e.g. SEQUENT Balance), (ii) Artificial Intelligence applications (e.g. Connection Machine), (iii) high performance numerical Supercomputers (e.g. Cosmic Cube), (iv) e

側(cè)面左右

An adaptable cluster structure of (,), -II, treat these problems effectively, we have developed a dedicated parallel machine called (.).-II (’the Sparse Matrix Solving Machine’ version II)..(.).-II is composed of multiple clusters, each consisting of multiple PUs (Processing Units) connected by a special communication mechanism called RSM (R

Optometrist

The digital optical computing program at Erlangen,d E.M.P. is an incentive for replacing electronics by optics. Another incentive is the speed potential based on a carrier frequency of a million GHz..Yet another incentive is the superior communications topology of optics: many light rays can criss-cross each other without disturbances. For comparis

形容詞

Hmesh: A vlsi architecture for parallel processing,cessing and computational geometry. In this paper, we consider certain practical issues in such arrays which include fewer processors connected to the broadcast buses and finite time, namely log . time for broadcasting data to . processors. We propose a modified broadcast bus VLSI architecture which

conspicuous

侵略主義

Analysis of multigrid methods for non-shared memory systems by a simple performance model, transport in non-shared memory systems by the example of a multigrid method. To this purpose, this method was implemented on the processor kit DIRMU-25 for measuring the required computing time. On the other hand, we have developed a simple abstract process model describing the computational work b

convert

Multitasking algorithms on CRAY computers for interval arithmetic Newton-like methods for a class ondition that an initial inclusion is known, i.e. the convergence can be said to be global. We consider vector algorithms for an interval arithmetic Newton-like method which is combined with an interval arithmetic “fast solver” for nonlinear systems with block tridiagonal Jacobian. As an example we c