因此，我们利用UML和形式化方法来设计面向方面程序，并建立相应的面向方面软件设计模型来设计实时系统。
So we express the AOP using UML and formal methods, and establish the Aspect-Oriented Software Design Model correspondingly to model real-time systems.
此方法更易描述实时应用系统，更易构造TGM的执行模型，其层次化的结构更容易进行研究和软件实现。
By using this method, the real-time systems application can be described easily, the execution model of TGM can be constructed quickly, and its software can be researched and implemented quickly.
根据船用机舱内部干扰强，对信号的可靠性，实时性要求较高等特点，本文对于船用机舱自动化系统构建了一种全新的网络模型。
To the Marine engine room automation system which has a strict requirement, for example it needs reliable and real-time signal, this paper makes a new network model.
本项研究有利于促进和深化建模与模型管理的类人化、智能化研究，在动态系统的实时优化控制领域具有较广阔的应用前景。
Modeling and model management have been further studied with anthropoid and intellectualization, and will be used widely in real time optimal control of dynamic system.
利用HTTP、XML以及VC建立了变电站自动化系统非实时网络通信实验模型。
Have set up a experiment model of substation automation system non-real-time network communication by using HTTP XML and VC.
器械模型的建立为手术导航系统中器械的可视化与实时跟踪奠定了基础，对于提高手术的可靠性与准确性具有重要的作用。
The model construction of the instruments is the base of the surgical navigation and is important to improve the security and precision of operation.
在比较两种不同的控制策略模型时发现，神经网络模型适用于控制指令实时输出的参考，而参数化模型更易于在微型直升机的控制系统中使用。
The neural network model was used as the reference output of the control command, while the parameterization model was used in the onboard control system.
验证了所搭建的EMS硬件在环仿真自动测试系统和实时车辆仿真模型能够满足自动化测试的要求，极大提高EMS开发效率。
We can know that the hardware in loop and real-time a simulation test system can meet the requirements of automated testing, greatly improve the EMS development efficiency.
根据船用机舱内部干扰强，对信号的可靠性，实时性要求较高等特点，本文对于船用机舱自动化系统构建了一种全新的网络模型。
This paper discusses the structure, functions and control features of the power plant and system of the marine automatic engine room developed by our department.
根据船用机舱内部干扰强，对信号的可靠性，实时性要求较高等特点，本文对于船用机舱自动化系统构建了一种全新的网络模型。
This paper discusses the structure, functions and control features of the power plant and system of the marine automatic engine room developed by our department.
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