CAJ | 학술논문

介绍了一种基于多DSP的并行处理系统设计与实现，以及其在分布式雷达组网航迹融合中的实际应用。重点介绍了该系统由1块系统主板和4块TS201处理板卡组成的原理和结构。即系统内主板与处理板卡的板级并行设计、单块板卡多DSP并行结构的设计、板级间，单块板卡内传输通道的设计。通过具体应用说明，该多DSP并行处理系统充分体现了航迹融合的实时、高速特性。作为硬件处理平台具备高速、通用的特点。
개소료일충기우다DSP적병행처리계통설계여실현，이급기재분포식뢰체조망항적융합중적실제응용。중점개소료해계통유1괴계통주판화4괴TS201처리판잡조성적원리화결구。즉계통내주판여처리판잡적판급병행설계、단괴판잡다DSP병행결구적설계、판급간，단괴판잡내전수통도적설계。통과구체응용설명，해다DSP병행처리계통충분체현료항적융합적실시、고속특성。작위경건처리평태구비고속、통용적특점。
The design＇and implement of a high-performance parallel processing system is introduced, also provides the application of parallel system in the distributed netted radar track fusion. It focuses on the principles, the structures of the system which consists of 1 mainboard and 4 signal processing boards, including how to design the parallel structure of the system, how to design the muhi-DSP parallel structure in any of signal processing board, and how to realize the transmission channels. The application proves that the muhi-DSP parallel processing system has the characteristics of real-time and high- speed, and the whole system is high-speed and general as the hardware processor.