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现有的嵌入式计算机无法满足新型武器平台系统更高的计算性能及强实时性需求。克服现有的嵌入式计算机单核设计的低计算性能瓶颈,本文基于流处理模式,提出一种基于流处理架构的嵌入式计算机设计技术,采用CPU核与GPGPU核相结合,基于IP核的设计将流处理架构设计成SOC,形成多层次并行化的计算资源,可满足新一代武器平台系统对计算密集型、输出实时性的数据解算与处理需求。
The existing embedded computers can not meet the higher computational performance and real-time requirements of the new weapon platform system. In order to overcome the bottleneck of low computational performance of existing single-core design of embedded computer, this paper proposes a design method of embedded computer based on stream processing architecture based on stream processing architecture. By using CPU core and GPGPU core, The flow processing architecture is designed as a SOC, forming a multi-level parallel computing resources to meet the new generation of weapons platform system for computational intensive, output real-time data processing and processing needs.