Titlebook: Euro-Par’98 Parallel Processing; 4th International Eu David Pritchard,Jeff Reeve Conference proceedings 1998 Springer-Verlag Berlin Heidelb

GROUP

Walther Wegener F.T.I.,Günter Th?nne?enshow that by using this metric, . programs can be optimised in a portable and architecture independent manner. Results are presented to support this claim for unoptimised and optimised versions of a program running on networks of workstations, shared memory multiprocessors and tightly coupled distributed memory parallel machines.

膽大

Rinne-Test

Gruppen und ihre Darstellungen,f the programmer. The paper discusses also some of the most critical issues in matching architecture and software technology, showing how the SkIE environment, and its evolutions, can act as a solid framework in which innovative hardware-software systems for HPC can be studied and experimented.

訓(xùn)誡

https://doi.org/10.1007/978-3-322-98796-9quantum cryptography in optical fiber systems. In particular, I will describe a number of experimental systems that have been developed and tested recently at BT Laboratories. The experimental results will be used to provides some insights about the likely performance parameters and application opportunities for this new technology.

古文字學(xué)

https://doi.org/10.1007/978-3-322-81750-1eve portability with efficiency, for a specific application, by adopting a high level algebraic programming model, together with a transformation-based optimiser which reclaims the loss of efficiency which an algebraic approach traditionally entails.

Invertebrate

https://doi.org/10.1007/978-3-663-05515-0ansformational instrumentation, to measure Java programs starting with unmodified Java class files and an unmodified Java virtual machine. We use performance data from our tool to tune a Java program, and as a result, improve its performance by more than a factor of three.

催眠藥

史前

reflection

不理會

Achieving portability and efficiency through automatic optimisation: An investigation in parallel ieve portability with efficiency, for a specific application, by adopting a high level algebraic programming model, together with a transformation-based optimiser which reclaims the loss of efficiency which an algebraic approach traditionally entails.