CAJ | 학술논문

"同芯Ⅳ"是中国科学院微电子研究所通信与多媒体SOC实验室设计的一款多核异构处理器.本文将电子系统级(E-lectronic System Level,ESL)设计方法成功应用于该处理器SOC设计,通过SystemC对系统关键单元MIPS处理器建模,利用Visual Studio和Modelsim等工具进行软硬件协同设计、验证.实践证明利用SystemC模型进行软硬件协同设计有效提高了开发并行度,缩短开发周期,为验证和性能优化提供了详尽的参考数据,简化了调试.
"동심Ⅳ"시중국과학원미전자연구소통신여다매체SOC실험실설계적일관다핵이구처리기.본문장전자계통급(E-lectronic System Level,ESL)설계방법성공응용우해처리기SOC설계,통과SystemC대계통관건단원MIPS처리기건모,이용Visual Studio화Modelsim등공구진행연경건협동설계、험증.실천증명이용SystemC모형진행연경건협동설계유효제고료개발병행도,축단개발주기,위험증화성능우화제공료상진적삼고수거,간화료조시.
"Costar Ⅳ"is a heterogeneous multi-core processor which is developed by IMECAS CoMMSOC Lab. And this paper approaches the success of using ESL in the SOC design of this multi-core processor, modeling key element-MIPS with SystemC, HW/SW co-design and verification with tools such as Visual Studio and Modelsim. Practice has proved that the use of SystemC model not only to enhance effective in development of projects in parallel, shorten the develop-ment cycle, and to provide a detailed reference data for the verification and optimization, and simplifies debugging.