摘要
为支持嵌入式系统软件与硬件的并行开发和解决其多样性问题,引入了仿真技术和构件技术,建立了一个通用的构件化软件仿真开发环境模型(CSIDE)。通过一个原型软件验证CSIDE模型具有以下特点:以工具总线为基础的构件化体系结构可以为各种软件定制出分布式仿真开发平台;能以可视化方式重用库中构件建造出与真实硬件环境基本一致的硬件仿真环境,支持软件的仿真调试。
A new model of software development environment, called CSIDE is presented, which supports software-hardware parallel developing and meets the diversity of embedded software developing and running environment. Component-based technique and simulation technique are introduced in CSIDE. The model is validated with a software prototype, and its main features are as following: It has distributed processing capability and is easy to be customized for special software development environment. It integrates with HSE (hardware simulation environment) in which software can be debugged and tested as it does in real hardware environment; and HSE can be built quickly by using reusable component.
出处
《系统工程与电子技术》
EI
CSCD
北大核心
2004年第10期1495-1499,共5页
Systems Engineering and Electronics
基金
国家"十五"科技攻关计划资助课题(41315040106)
关键词
嵌入式软件
构件
仿真
集成开发环境
embedded software
component
simulation
integrated development environment
