Titlebook: Supercomputational Science; R. G. Evans,S. Wilson Book 1990 Plenum Press, New York 1990 Approximation.algorithms.dynamics.supercomputer

NIP

Supercomputing on Conventional Architectures,r the purpose of this lecture we shall loosely extend the definition to include machines within a factor of about ten of the fastest available at any time so that the currently popular ‘mini—supers’ may also be discussed. It is also appropriate to reduce the discussion to computers of general applic

organism

Supercomputing with Novel Architectures, of parallel computation. Until the early seventies the parallel computation was to a large extent transparent to the computer user. Since that time, however, this has ceased to be the case and the user has found it necessary to familiarize himself with some of the details of the machine architectur

gruelling

Good Programming Techniques II Test Case Design Methodologies,more than half a dozen will be used. The tester will nevertheless want a lot more than that available, tests being chosen according to the direction the non—computer—based test takes. All tests will be used for computer based testing. It is with the total set of tests this lecture deals.

FUSE

粗鲁的人

报复

The NAG Library in a Supercomputing Environment,ot only should the library provide accuracy, reliability and robustness in performing standard numerical computations, but it should also — as far as possible — offer the high levels of performance which users of supercomputers may expect. Indeed, users may reasonably look to a subroutine library to

口味

Computer Simulation of Plasmas,t is well known that all except a very small (but nevertheless important) fraction of the detectable universe is a plasma. Most plasma physics can be expressed in terms of five fairly straightforward equations, the four Maxwell equations for electromagnetism and the equation of motion for charged pa

技术

Eviction