摘要
文章分析了激光陀螺控制系统的需求和应用特点,给出其应用架构。在软硬件协同设计过程中通过不同设计方法的对比,从系统的角度提出基于SystemC的系统芯片设计方法。利用基于SystemC的策略来设计该控制系统,不仅可以减小人为干预,而且能减少错误。利用该方法对算法模型进行时序封装和系统结构级仿真验证,大大缩短了系统设计的周期,提升了系统芯片设计质量。本项目的实现也为其他相关领域嵌入式系统提供了有效、实用的经验。
In this paper it is analyzed that requirements and applications of laser gyro control system, and its architecture is given. Comparing to different design method in hardware/software co-verification, the system C design method is presented to it. The method can＇t build arithmetic model to timing package and system simulation, but also dramatically shorten the time-to-market, and improve the SoC quality. The method in this paper also provide valid and practical example for other fields.
出处
《电子与封装》
2009年第4期17-19,共3页
Electronics & Packaging
