Position: Home > Articles > AMT Electronic Control System Based on SOPC and Quantum Framework
Transactions of the Chinese Society for Agricultural Machinery
2011,42
(10)
13-19
基于SOPC和量子框架的电控机械式变速器电控系统
作 者：
綦声波;张承瑞;罗映
单 位：
山东大学机械工程学院
关键词：
电控机械式变速器;嵌入式系统;协同设计;量子框架;层次状态机
摘 要：
针对传统嵌入式系统开发中软/硬件分离以及软件开放性不足等问题,提出利用软/硬件协同设计和量子框架的综合解决方案,形成了"五层/三总线/一框架"的软/硬件综合开发结构,并将其应用于AMT电控系统的设计中。实现了针对NiosⅡ软核的量子框架移植,并设计了AMT主活动对象的层次状态机。实现过程及试验结果表明,此种设计方案可提高系统开发的灵活性和软件的质量。
译 名：
AMT Electronic Control System Based on SOPC and Quantum Framework
作 者：
Qi Shengbo1,2 Zhang Chengrui1 Luo Ying1(1.School of Mechanical Engineering,Shandong University,Ji'nan 250061,China 2.College of Engineering,Ocean University of China,Qingdao 266100,China)
关键词：
Automated mechanical transmission,Embedded system,Co-design,Quantum framework,Hierarchical state machine
摘 要：
Separation of software development and hardware development,and the lack of open in software,are all shortcomings of traditional embedded system.A comprehensive solution using software/hardware co-design and the quantum framework was presented and applied to AMT electrical control system design.Thus,a comprehensive development framework of "five layers/three buses/one framework" was formed.The embedded vanilla kernel was selected,and the quantum framework port about vanilla kernel and Nios Ⅱ was given,as well as the designed main active object's HSM,which was more suitable than finite state machine for AMT system.
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