Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The Cell Broadband EngineTMis a heterogeneous multi-core architecture developed by IBM, Sony and Toshiba. It has eight computation intensive cores (SPEs) with a small local memory, and a single PorPC core. The SPEs have a total peak single precision performance of 204.8 Gflops/s, and 14.64 Gflops/s in double precision. Therefore, the Cell has a good potential for high performance computing. But the unconventional architecture makes it difficult to program.  propose an implementation of the core features of MPI as a solution to this problem. This can enable a large class of existing applications to be ported to the Cell. Our MPI implementation attains bandwidth up to 6.01 GB/s, and latency as small as 0.41 μs. The significance of our work is in demonstrating the effectiveness of intra-Cell MPI, consequently enabling the porting of MPI applications to the Cell with minimal effort.
['Arun Kumar', 'Ganapathy Senthilkumar', 'Murali Krishna', 'Naresh Jayam', 'Pallav Kumar Baruah', 'Raghunath Sharma', 'Ashok Srinivasan', 'Shakti Kapoor']
I am writing a research paper on a idea A Buffered-Mode MPI Implementation for the Cell BETM Processor
[{"from": "human", "value": "I am writing a research paper on a idea A Buffered-Mode MPI Implementation for the Cell BETM Processor"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The Cell Broadband EngineTMis a heterogeneous multi-core architecture developed by IBM, Sony and Toshiba. It has eight computation intensive cores (SPEs) with a small local memory, and a single PorPC core. The SPEs have a total peak single precision performance of 204.8 Gflops/s, and 14.64 Gflops/s in double precision. Therefore, the Cell has a good potential for high performance computing. But the unconventional architecture makes it difficult to program.  propose an implementation of the core features of MPI as a solution to this problem. This can enable a large class of existing applications to be ported to the Cell. Our MPI implementation attains bandwidth up to 6.01 GB/s, and latency as small as 0.41 \u03bcs. The significance of our work is in demonstrating the effectiveness of intra-Cell MPI, consequently enabling the porting of MPI applications to the Cell with minimal effort."}]