Future requirements for computing speed, system reliability, and cost-effectiveness entail the
development of alternative computers to replace the traditional von Neumann organization …

This paper describes the functionality and software architecture of a generic problem‐
solving environment (PSE) for collaborative computational science and engineering. A PSE …

Very large problems with high resource requirements of both computation and
communication could be tackled with large numbers of workstations. However for LAN …

The full exploitation of today's networked computing platforms is complicated because of the
lack of suitable programming support. This is especially the case if distributed applications …

Porting applications to new high performance parallel and distributed computing platforms is
a challenging task. Since writing parallel code by hand is time consuming and costly, porting …

The need to deal with highly complex scientific problems has led some researchers to use
geographically distributed computing resources as a single powerful parallel machine. The …

In distributed and vectorized computing there is a large number of highly different
supercomputing platforms an application could run on. Therefore most traditional parallel …

Sciddle 4.0 makes it possible to use remote procedure calls (RPCs) within the PVM
environment. Parallelism is achieved through asynchronous RPCs. No explicit message …

The computer simulation of the dynamical behavior of large molecules is an extremely time
consuming task. Only with today's high-performance computers has it become possible to …

Many important application codes were developed for vector supercomputers and SMP
machines. In the last decade, the computing research has moved away from such expen¬ …