By Christos H. Papadimitriou (auth.), Wen-Lian Hsu, Ming-Yang Kao (eds.)
The papers during this quantity have been chosen for presentation on the Fourth Annual overseas Computing and Combinatorics convention (COCOON’98), hung on August 12–14, 1998, in Taipei. the themes hide such a lot facets of theoretical desktop technological know-how and combinatorics relating to computing. Submissions to the convention this 12 months used to be in simple terms carried out electronically. because of the wonderful software program built through the process staff of the Institute of data technological know-how, we have been capable of make nearly all communications in the course of the world-wide-web. a complete of sixty nine papers used to be submitted in time to be thought of, of which 36 papers have been approved for presentation on the convention. as well as those contributed papers, the convention additionally incorporated 4 invited displays by way of Christo Papadimitriou, Michael Fishcher, Fan Chung Graham and Rao Kosaraju. it's anticipated that the majority of the authorized papers will look in a extra whole shape in scienti?c journals. furthermore, chosen papers will seem in a distinct factor of Theoretical machine technology. We thank all software committee contributors, their help sta? and referees for great paintings inside of hard time constraints. We thank all authors who submitted papers for attention. we're in particular thankful to our colleagues who labored challenging and o?ered largely di?ering abilities to make the convention either attainable and relaxing. August 1998 Wen-Lian Hsu and Ming-Yang Kao application Co-chairs COCOON’98 association COCOON’98 is prepared via the Institute of data technological know-how, Academia Sinica, Taipei, Taiwan, ROC and in cooperation with Institute of knowledge and Computing equipment (IICM), Taiwan, ROC.
Read or Download Computing and Combinatorics: 4th Annual International Conference COCOON’98 Taipei, Taiwan, R.o.C., August 12–14, 1998 Proceedings PDF
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Extra resources for Computing and Combinatorics: 4th Annual International Conference COCOON’98 Taipei, Taiwan, R.o.C., August 12–14, 1998 Proceedings
For a Cilk program to execute efficiently, an application must generate enough “well sized” parallel tasks. , creating continuations) is insignificant. The Cilk model challenges existing performance tools. To diagnose causes—not symptoms—of inefficient execution, a tool must solve at least three problems. First, a tool must be able to not only detect when worker threads are idling but also identify the portion of the application causing idleness. Second, a tool must be able to detect when worker threads, though busy, are executing useless work.
The following listing shows the file format on the example of the copy kernel: STREAMS 2 TYPE DOUBLE FLOPS 0 BYTES 16 LOOP 8 movaps FPR1, movaps FPR2, movaps FPR3, movaps FPR4, movaps [STR1 movaps [STR1 movaps [STR1 movaps [STR1 [STR0 + GPR1 [STR0 + GPR1 [STR0 + GPR1 [STR0 + GPR1 + GPR1 * 8] + GPR1 * 8 + + GPR1 * 8 + + GPR1 * 8 + 8] 8 + 16] 8 + 32] 8 + 48] , FPR1 16], FPR2 32], FPR3 48], FPR4 * * * * Data is provided by means of vector streams (STR0, STR1). The necessary number of streams used by the benchmark must be configured accompanied by the data type (at the moment single and double precision floats and integers are supported).
Because they are based on sampling, these techniques incur very low measurement overhead and apply to problems as diverse as lock contention, load imbalance, insufficient parallelism in work stealing, and parallel overhead. The ability to collect and present accurate, detailed and problem-focused measurements for large-scale production executions has enabled HPCTOOLKIT’s use on today’s grand challenge applications: multilingual programs leveraging third-party libraries for which source code and symbol information are often unavailable.