摘要
IP集成已经成为SOC的主要设计方法,但是IP间的不兼容性和冲突带来了SOC设计的大量问题。文章给出了一种基于IP总线的SOC标准架构,并在这一架构上建立了系统验证环境。该验证环境利用现有的EDA工具,并建立在广泛使用的IP重用规范之上,因此具有很强的可移植性。同时,该环境使激励文件也能与IP一起被SOC设计重用,大大减轻了系统验证的工作。该环境适用于SOC设计的各个阶段,并且具有软硬件协同仿真的能力。
As more and more IP's are incorporated into the design, challenges are increasing for verification of SOC's A system verification environment is described in the paper, which is based on VSI Alliance IP bus standard to identify the disparities between system modules The issue is to provide the possibility to access to a wellsuited environment that can be reused as part of the ongoing verification effort The environment also has the capacity of HW/SW cosimulation and can be used for systemlevel prototyping
出处
《微电子学》
CAS
CSCD
北大核心
2003年第2期98-101,共4页
Microelectronics