对照数据手册的时序要求优化硬件逻辑设计，解决了双核嵌入式处理器TMS320 VC 5471和USB芯片PDIUSBD12时序不兼容的问题。
We have optimized the hardware logic according to the timing requirement on datasheet, and solved the timing incompatibility between the dual-core processor TMS320VC5471 and the USB chip PDIUSBD12.
提出了微处理器系统硬件电路及软件的抗干扰设计方法，结果表明，万能式断路器具有良好的电磁兼容性，实际运行稳定、可靠、安全。
The hardware circuit and software's anti-jamming design method were raised, and the results show the universal circuit breaker is with fine EMC, stable in actual operation, reliable and safe.
研究了我们自主设计的一款兼容IA-64指令集的微处理器——X处理器的体系结构，深入研究了IA-64指令集中的整数指令；
The micro-architecture of the X Processor which was designed by us and the integer instruction set of IA-64 are analyzed.
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