摘要
当前,基于平台的系统芯片(SoC)设计已成为复杂SoC设计的一种高效的解决方法。针对接口标准多样性带来的SoC集成问题,采用了开放核协议(OCP)通用标准接口与平台设计相结合的方法,基于Simulink的多处理器系统芯片(MPSoC)设计流程平台,实现了对数字多点微波系统(DMS)通信机制及其SoC实例的OCP接口应用。研究结果表明,在三核SoC平台中,此设计方法在很大程度上扩展了SoC平台的灵活可配性,加快了SoC开发周期。
Nowadays platform-based system-on-a-chip（SoC） design has become an efficient solution to complex SoC design. Aiining at the SoC integration problem caused by muhiple interface standards, open core protocol（OCP） standard protocol was combined with platform design. Based on Simulink multiprocessor systeln-on-a-chip（MPSoC） design platform, application of OCP interface for digital multipoint microwave system（DMS） communication mechanism and its SoC implementation was realized. The results indicate that on tri-core SoC platform, this design method not only improves the flexibility and configurability of SoC platform, but also speeds up the SoC design cycle to a large extent.
出处
《机电工程》
CAS
2009年第12期9-12,30,共5页
Journal of Mechanical & Electrical Engineering
基金
国家自然科学基金资助项目(60720106003)
关键词
平台
系统芯片
开放核协议
数字多点微波系统
platform
system-on-a-chip（SoC）
open core protocol（OCP）
digital multipoint microwave system（DMS）
