To improve the efficiency of functional verification, this paper presents two efficient acceleration techniques: self-verification and co-simulation of mixed model.
为提高验证效率，提出了自验证和混合模型模拟两种模拟加速方法。
Carry on indoor model simulation experiment, through experimental result with perform comparison verification of result of analysis on feasibility and accuracy of method instead.
进行了室内模型模拟实验，通过实验结果与反演结果的比较验证反演方法的可行性及准确性。
The co verification environment consists of an embedded software debugger and an embedded hardware simulator. It adopts instruction set architecture co simulation model.
该协同验证环境由嵌入式软件调试器和嵌入式硬件模拟器组成，其采用了指令集结构的协同模拟模型。
Mathematical model and control law of the digital electro hydraulic proportion system are put forward. Furthermore, computing simulation and experimental verification are carried out.
提出了数字电液比例系统的数学模型及控制规律，并进行了计算机仿真及实验验证。
C model was applied to build simulation stimulus and expected output responses, and reusable verification structure and verification method of Grey-box were also applied to this design.
通过C仿真模型来创建仿真激励和期望响应，采用了可重用的验证结构和灰盒的验证方法。
C model was applied to build simulation stimulus and expected output responses, and reusable verification structure and verification method of Grey-box were also applied to this design.
通过C仿真模型来创建仿真激励和期望响应，采用了可重用的验证结构和灰盒的验证方法。
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