Advanced scientific and engineering communities have used parallel computing to solve their large scale complex problems for a long time. Nowadays, however, technology is currently going through some important evolutionary trends. Multi and many-core architectures are becoming common place. These novel architectures are offering a better combination of processing power and energy efficiency, but the technology advances have been observed from the hardware point of view. From the application side, taking full advantage of the power of multi and many-core architectures is still challenging.
This workshop opens up an opportunity for application designers and computer architects to discuss emerging applications as well as their implications on current- and next-generation many-core architectures. Our goal is to confirm the current status of application development and optimization techniques for this new technology as well as the future trends, exposing the findings, requirements, and problems to a select audience of top computer architecture researchers.
Benchmarking and Tools
Compilers, debuggers, and profilers
Methodologies, Metrics, and Benchmarking
Comparative studies of many-core architectures
Architecture and Performance Analysis
MPSoC architectures
Performance and power Analysis
NoC-based multicore architectures
Multicore interconnection networks
Inter-core communication algorithms
Evaluating and tuning application power-footprints
Applications, Algorithms and Programming Models
Scheduling and fault-tolerance issues
Multicore applications for data-centers
Parallelization algorithms and techniques
I/O techniques for multicore programming
GPU-based applications and programming
Parallelizing known applications and evaluating performance
Parallelization algorithms, techniques, and programming models
10月26日
2016
10月28日
2016
初稿截稿日期
终稿截稿日期
注册截止日期
2015年10月18日 巴西
第六届多核体系结构应用研讨会2014年10月22日 法国
第五届多核架构应用研讨会
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