在考虑空气系统的时间滞后基础上，基于集总参数模型利用MATLAB / SIMULINK软件平台建立电池的瞬态响应仿真模型。
Regarding to the time lag of air supply system software MATLAB / SIMULINK were utilized to create the simulation model of fuel cell dynamic output performance as power level changes.
仿真让我们可以在动态的合成环境中尝试一些做法，同时可以搜集这些响应数据，从而确定控制系统的品质。
Simulation permits you to try ideas in dynamic, synthetic environments while collecting stimulus response data to determine the quality of the control system.
该产品可以捕捉SOAP请求和响应来创建测试请求，测试用例和仿真的服务。
The product is capable of capturing SOAP requests and responses to create test requests, test cases and mock up services. The tool can even create WSDLs for these mock up services.
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