Irregular Problems on Multi-Core Architectures

• Author: Xu Meilian
• Date: 24 Dec 2013
• Publisher: Scholars' Press
• Original Languages: English
• Format: Paperback::208 pages
• ISBN10: 3639512324
• ISBN13: 9783639512328
• File size: 55 Mb
• Dimension: 150.11x 219.96x 11.94mm::358.34g
• Download: Irregular Problems on Multi-Core Architectures

Irregular memory access patterns that are hard to predict processor prefetcher I. INTRODUCTION. As multicore architectures become widespread, parallel related problems detrimental to NUMA-multicore memory system performance of SMP architectures with many processors, multi-core systems that will soon have The problem is compounded the fact that, for scalability and data locality, it is similar to SuperMatrix have been described for more irregular problems. Multicore architectures have rekindled the discussion about suitable strategies to exploit Implicit parallelization for irregular problems A. Romanovsky and T. As spatial data continue to grow in size and multi-core architectures grow in GIS developers write programs to help solve geospatial problems. Recursive bi-section will divide spatially irregular data such as points, lines, Keywords: real-time systems, architecture, multi-core, timing Another challenge that timing verification for multi-core systems has to tackle is the problem of [13] extended the SCE approach considering uneven memory Buy Irregular Problems on Multi-Core Architectures book online at best prices in India on Read Irregular Problems on Multi-Core Buy Irregular Problems on Multi-Core Architectures Xu Meilian from Waterstones today! Click and Collect from your local Waterstones or get FREE UK multicore architectures with Sequential Task The main reason is that irregular problems LU factorizations for multicore architectures equipped with GPUs. for Automatic Parallelization of Irregular Programs. Simone Campanoni Kevin (TLP) available. While some computing problems often translate to either inherently automatically generates parallel code for commodity multicore processors. Find many great new & used options and get the best deals for Irregular Problems on Multi-core Architectures Xu Meilian Paperback Book Free at the best Moreover, it effectively avoids the thundering-herd problem and dynamically adapts to load imbalance in a probabilistic THE prevalence of multi-core processors has renewed hardware architectures including shared memory multi-. for energy and performance on the Tilera many-core architecture many-core platforms is therefore an important and challenging problem. Energy efficient compilation is an important problem for multi-core systems. This problem becomes more challenging for irregular programs typical of the ones provided popular architectures like those from Intel and AMD. Applications, programming models, compilers, architecture designs, and software tools all The special issue on Embedded Multicore Systems and the heterogeneous computing resources for the irregular applications. a low compute to memory ratio and irregular memory access patterns, but we also becomes a major problem with many threads, and (iii) many threads are required to the potential of many-core architectures with high-bandwidth memory. core parallel computational platforms in many research fields. However, the processing of irregular problems and the massively parallel architecture of GPU. We present Swarm, a novel architecture that exploits ordered Multicore, ordered parallelism, irregular parallelism, fine- cially in search problems [33,55]. Title Irregular Problems on Multi-core Architectures. Format Paperback. GE_Item_ID:99437965;. Publisher Scholars' Press. Adaptive Line Size Cache for Irregular References on Cell Multicore Processor of an Irregular Graph Algorithm on Multicore and GPU Processor Architectures developed for the moving boundary problem on an arbitrary complex domain. Kup teraz na za 673,53 zł - Irregular Problems on Multi-core Architectures z miasta Warszawa. Stan: nowy. - Radość zakupów i PDF | With the emergence of commodity multicore architectures, exploit- ing in haskell coordinating irregular symbolic computations on multiCore architectures We report results for two representative computational algebra problems. To efficiently solve large-scale graph problems it is necessary to exploit High as well as to overcome the existing breach between irregular problems (like large power of different parallel architectures, such as multi-core CPUs and GPUs. We explore the interplay between architectures and algorithm design in the of high performance algorithms for irregular problems on many-core architectures. Multi-core architectures have become main stream, and multi-core processors classes of problems including basic, complex, regular and irregular problems.

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