Our paper, accepted in ACM Computing Surveys, reviews nearly 200 papers on CPU-GPU heterogeneous computing. This paper reviews both fused CPU-GPU chips (e.g. AMD Llano) and discrete CPU-GPU systems.
This paper seeks to change the present mindset of users and researchers that computation can be accelerated not merely by blindly offloading computation-intensive tasks to GPUs, but by intelligent use of both CPU and GPU together, since both have unique strengths. This paper presents a convincing case from moving away from 'CPU vs GPU debate' to CPU-GPU collaborative computing.
Available www . academia .edu/ 12355899/A_Survey_of_CPU-GPU_Heterogeneous_Computing_Techniques
[remove 4 spaces above for the link]
This paper seeks to change the present mindset of users and researchers that computation can be accelerated not merely by blindly offloading computation-intensive tasks to GPUs, but by intelligent use of both CPU and GPU together, since both have unique strengths. This paper presents a convincing case from moving away from 'CPU vs GPU debate' to CPU-GPU collaborative computing.
Available www . academia .edu/ 12355899/A_Survey_of_CPU-GPU_Heterogeneous_Computing_Techniques
[remove 4 spaces above for the link]
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