SBIR Phase I: Efficient Software Implementation for New Peer-to-Peer (NPP) Communications Processor

小型企业创新研究(SBIR)第一阶段项目NPP通信处理器的高效软件实现，测试和分析了一个新的对等(NPP)异步通信处理器的软件实现原型，该处理器并行执行通信协调和计算。NPP的三个商业应用领域是：用于实时和非实时计算的大规模并行高性能集群计算，基于数据可用性的数据分发的自调度并行编程，以及金融、医疗、教育、商业和制造中的面向网络的应用。NPP通信处理器的高效软件实现可以极大地减少几个数量级的异步通信延迟，提供工具来动态调试和调度可移植的并行软件系统，并提供基础设施来生成可以动态演化的健壮软件系统。未来10年，这一市场机会的规模至少为1.2万亿美元。通过API部署的NPP通信处理器将极大地影响这一市场。

This Small Business Innovation Research (SBIR) Phase I project, Efficient Software Implementation of NPP Communications Processor, tests and analyses a prototype of a software implementation of a New Peer-to-Peer (NPP) asynchronous communication processor, which performs communications coordination in parallel with computations.Three areas of commercial applications for NPP are; Massively parallel High Performance Cluster Computing for real-time and non-real-time computations, Self-scheduling Parallel Programming with data distribution based on data availability, and Network-Oriented applications in finance, health, education, business and manufacturing. Efficient software implementation of NPP communications processor can dramatically decrease asynchronous communication latencies by several orders of magnitude, provide tools to dynamically debug and schedule portable parallel software systems, and provide infrastructure to produce robust software systems that can evolve dynamically. The size of this market opportunity is at least 1.2 trillion dollars over the next 10 years. NPP communications processor deployed through an API will dramatically impact this market.