软件构件和专家系统平台作为构造专家系统的有效手段已经进入应用阶段。
As the effective means to compose the expert system, the software components and the platform of expert system have got access to application.
在分布式实时平台上实现了一个简化的构件化分层异构控制软件系统验证方法的可行性和适应性。
A simplified component-oriented hierarchically hybrid control system in a distributed real-time platform is implemented to prove the feasibility and flexibility of our methodology.
然后以该方法为指导,设计了面向构件的机器人控制软件开发平台,并完成了该平台的初步开发。
The robot control software development platform based on component is designed and develop, and some robot control software development is finished by this platform.
在合作研究平台的开发过程中,采用了基于构件的软件开发方法CBSD,缩短了开发时间,降低了开发成本,同时也提高了整个系统的灵活性和可维护性,利于以后的系统升级。
The CBSD is adopted in the process of development of the system and it results in less developing time, less cost of development, more flexibility and maintainability and easy upgrade.
在合作研究平台的开发过程中,采用了基于构件的软件开发方法CBSD,缩短了开发时间,降低了开发成本,同时也提高了整个系统的灵活性和可维护性,利于以后的系统升级。
The CBSD is adopted in the process of development of the system and it results in less developing time, less cost of development, more flexibility and maintainability and easy upgrade.
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