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Chapman & Hall/CRC computational science series

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Chapman & Hall/CRC computational science series

Material type
図書
Author
series editer, Horst Simon
Publisher
Chapman & Hall/CRC
Publication date
-
Material Format
Paper
Capacity, size, etc.
-
NDC
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Related materials as well as pre- and post-revision versions

Data-intensive scienceLeave the NDL website. Peer-to-peer computing : applications, architecture, protocols, and challengesLeave the NDL website. High performance visualization : enabling extreme-scale scientific insightLeave the NDL website. Introduction to schedulingLeave the NDL website. Contemporary high performance computing : from petascale toward exascaleLeave the NDL website. Petascale computing : algorithms and applicationsLeave the NDL website. Introduction to computational models with pythonLeave the NDL website. Introduction to concurrency in programming languagesLeave the NDL website. Introduction to elementary computational modeling : essential concepts, principles, and problem solvingLeave the NDL website. Designing network on-chip architectures in the nanoscale eraLeave the NDL website. Programming for hybrid multi/manycore MPP systemsLeave the NDL website. GPU parallel program development using CUDALeave the NDL website. Fundamentals of parallel multicore architectureLeave the NDL website. Computational methods in plasma physicsLeave the NDL website. Grid computing : techniques and applicationsLeave the NDL website. Performance tuning of scientific applicationsLeave the NDL website. Scientific data management : challenges, technology, and deploymentLeave the NDL website. The green computing book : tackling energy efficiency at large scaleLeave the NDL website. Introduction to reversible computingLeave the NDL website. Fundamentals of multicore software developmentLeave the NDL website. Introduction to high performance computing for scientists and engineersLeave the NDL website. Combinatorial scientific computingLeave the NDL website. Introduction to modeling and simulation with MATLAB and PythonLeave the NDL website. Scientific computing with multicore and acceleratorsLeave the NDL website. High performance visualization : enabling extreme-scale scientific insightLeave the NDL website. Software engineering for scienceLeave the NDL website. GPU parallel program development using CUDALeave the NDL website. The end of error : unum computingLeave the NDL website. Introduction to high performance computing for scientists and engineersLeave the NDL website.

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Paper

Material Type
図書
Author/Editor
series editer, Horst Simon
Author Heading
Publication, Distribution, etc.
Alternative Title
Computational science series
Place of Publication (Country Code)
us
Target Audience
一般
Related Material
Data-intensive science
Peer-to-peer computing : applications, architecture, protocols, and challenges
High performance visualization : enabling extreme-scale scientific insight
Introduction to scheduling
Contemporary high performance computing : from petascale toward exascale
Petascale computing : algorithms and applications
Introduction to computational models with python
Introduction to concurrency in programming languages
Introduction to elementary computational modeling : essential concepts, principles, and problem solving
Designing network on-chip architectures in the nanoscale era
Programming for hybrid multi/manycore MPP systems
GPU parallel program development using CUDA
Fundamentals of parallel multicore architecture
Computational methods in plasma physics
Grid computing : techniques and applications
Performance tuning of scientific applications
Scientific data management : challenges, technology, and deployment
The green computing book : tackling energy efficiency at large scale
Introduction to reversible computing
Fundamentals of multicore software development
Introduction to high performance computing for scientists and engineers
Combinatorial scientific computing
Introduction to modeling and simulation with MATLAB and Python
Scientific computing with multicore and accelerators
High performance visualization : enabling extreme-scale scientific insight
Software engineering for science
GPU parallel program development using CUDA
The end of error : unum computing
Introduction to high performance computing for scientists and engineers