本文旨在利用计算机的仿真技术建立KM385BZL曲轴模型，分析该型曲轴正常工况下的动态特性。
Using computer simulation technology, this thesis is aimed to build a model of KM385BZL crankshaft and to analyze its dynamic characteristic in normal working condition.
该模型利用多智能体系统解决了自主性和整体涌现性问题，利用仿真技术解决了随机性问题。
In the proposed model, MAS was employed to solve the problem of presenting autonomy and whole emergence, and the technique of simulation was employed to present randomicity.
利用计算机视景仿真技术，对电视跟踪器跟踪性能的检测和评估做了较深入的研究，建立了电视跟踪器跟踪性能评估模型和定量评估指标体系。
The performance evaluation of TV tracker by the scene simulation is studied. An evaluation model and an index system for quantitative evaluation are established.
运用键合图理论建立了系统的数学模型，并利用计算机仿真技术对系统的动特性进行仿真分析。
Mathematic model of the system was established by bond graph theory, and then the simulation analysis on dynamic characteristics for it was worked out by computer.
运用键合图理论建立了系统的数学模型，并利用计算机仿真技术对系统的动特性进行仿真分析。
Mathematic model of the system was established by bond graph theory, and then the simulation analysis on dynamic characteristics for it was worked out by computer.
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