可重构专用处理器周期精确建模

Reconfigurable Application Specific Processor Cycle-accurate Modeling

摘要: 介绍了一种基于SystemC的可重构专用处理器核周期精确建模.该模型采用模块化设计,基于SystemC事务级建模,将运算功能和通信功能分开,模块之间的通信通过函数调用来实现.通过该模型,为可重构专用处理器核提供一种仿真验证平台,与传统RTL验证方法相比,大大提高了可重构专用处理器核的仿真验证效率.

Abstract: In this paper a SystemC based cycle-accurate model for Reconfigurable Application Specific Processor is presented. The model uses a modular design, based on SystemC transaction-level modeling, separating the communications functions and the computing functions, and the communication between modules is achieved through function calls. The model provides a simulation platform for the Reconfigurable Application Specific processor core, compared with the traditional RTL verification methods, greatly improving the efficiency of the processor core simulation.