Scientific computing with multicore and accelerators

Keyphrases

• Scientific Computing 100%
• Multicore 100%
• Parallel Computing 66%
• Graphics Processing Unit 66%
• Cell Broadband Engine 66%
• Sony 66%
• Computational Science 33%
• Programming Model 33%
• Scientific Applications 33%
• Hardware Efficiency 33%
• Massively Parallel 33%
• Numerics 33%
• Multicore Processors 33%
• Many-core 33%
• Design Application 33%
• Many-core Processor 33%
• Central Processing Unit 33%
• Computational Capability 33%
• Portability 33%
• Global Experts 33%
• Drug Design 33%
• Fast Fourier Transform 33%
• Architectural Design 33%
• Microprocessor 33%
• Ranking Algorithm 33%
• Sequence Alignment 33%
• Hybrid Computing 33%
• Ranking List 33%
• Scanning Algorithm 33%
• Parallel Performance 33%
• Performance Challenges 33%
• Communication Framework 33%
• Parallel Accelerator 33%
• Sequence Homology 33%
• High Performance Computing Systems 33%
• Numerical Libraries 33%
• Toshiba 33%
• IBM Cell Broadband Engine 33%
• Programming Issues 33%
• Performance Debugging 33%
• Special-purpose Hardware 33%
• Many-core Accelerator 33%
• Top Researchers 33%
• LAPACK 33%
• Stencil Computation 33%
• Tuning Optimization 33%
• PlayStation 3 33%
• Charm++ 33%

Computer Science

• Multicore 100%
• Parallel Computing 50%
• Graphics Processing Unit 50%
• Computational Science 25%
• Programming Model 25%
• High-Performance Computing 25%
• Scientific Application 25%
• Computational Kernel 25%
• Special Purpose 25%
• Central Processing Unit 25%
• Fast Fourier Transform 25%
• Ranking Algorithm 25%
• Architectural Design 25%
• Sequence Alignment 25%
• Application Design 25%
• Software Tuning 25%
• Numerical Library 25%