recent posts tagged multicore - blip.tv (beta)
Recent Posts Tagged Multicore - Blip.tv (beta)
recent posts tagged multicore - blip.tv (beta)
Preparing the World for Ubiquitous Parallelism at SC09 Part 9
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 7
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 8
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 6
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 5
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 3
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 4
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 2
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Preparing the World for Ubiquitous Parallelism at SC09 Part 1
Multicore platforms are transforming the nature of computation. Increasingly, FLOPs are free, but the people who know how to program these petascale, manycore platforms are not. This panel, composed of a diverse set of industry and academic ...
Teach Parallel: Developing a Curriculum for Parallelism Part 7
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 9
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 8
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 5
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 6
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 3
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 4
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 1
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
Teach Parallel: Developing a Curriculum for Parallelism Part 2
Time is no longer a best performance programming tool, by just waiting 18 months for a doubling of performance. The discussion initiated by last year's panel led to the conclusion that parallelism must seamlessly be woven throughout the CS curriculum. ...
High-performance TMS320C6472 multicore DSP
Texas Instruments Incorporated (TI) (NYSE: TXN) today announced the availability of the industry’s most power efficient, six-core DSP (digital signal processor), the TMS320C6472, targeted at process-intensive applications requiring low power ...