【作者】 唐玲明；

【导师】 邵作之；

【作者基本信息】 华北电力大学（北京） ， 计算机应用技术， 2008， 硕士

【摘要】 随着SoC系统级设计的飞速发展,从更高层次描述系统的行为,从而减少仿真时间以加速设计收敛,变得非常迫切。特别,当要建模的目标系统十分复杂时,设计者需要对目标设计更早的有更清楚的理解,有利于软硬件的划分、减少系统开销。论文通过对SystemC内核的分析,分析报告了SystemC的总体设计框架以及SystemC仿真器调度算法。并基于SystemC提出一套高效快速的纯功能建模方案,同时对SystemC本身的特性进行了改进,进一步完善了基于SystemC纯功能建模方案。最后总结抽象了一组SystemC接口,提高了开发效率,规范代码,增加了代码的易读性。更多还原

【Abstract】 With the rapid development of SoC system-level design, it’s become very urgent that have a higher-level description of the System behavior, thereby reducing simulation time to accelerate the design convergence. In particular, when modeling of the very complex target system, designers need having a better and earlier understanding of objectives to have a better division of hardware and software, reduce system overhead.Based on SystemC kernel analysis, this paper reported the overall design framework and simulator scheduling algorithm of SystemC ,then provide a efficient method of pure functional modeling . At the same time, this paper has improved of above method by modify the characteristics of the SystemC. Finanlly, the paper abstract a group of SystemC interface to improve development efficiency, standardize code, increase the readability.更多还原