Parallel and configurable protocols: experiences with a prototype and an architectural framework

The authors consider the use of parallelism and configurability to increase throughput and reduce protocol processing latencies. They obtain experimental results on parallel protocol performance using a prototype implemented on a shared memory multiprocessor. The results demonstrate the utility of parallel protocol processing, and they indicate the further research necessary for constructing viable communication protocols for large-scale parallel machines. Based on these experiences, the design of an object-oriented framework for parallel protocol programming which facilitates parallel protocol development and helps maximize protocol performance on a wide variety of multiprocessors is presented.<
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