In this paper, the Power Band Graph (PBG) modeling method is used to realize modeling of the human circulation system and conduct a simulation study on a simplified physiological system model.
文中提出的功率键合图建模方法能够较好地完成对人体循环系统建立仿真模型的工作，并对一个简化的循环系统生理模型进行了计算机仿真研究。
Objective: to establish three-dimensional modeling of human skeleton system for the applications of anatomy teaching, physiological simulation, etc.
目的：建立人体整体骨骼系统的高精度三维模型，为解剖教学、生理模拟等应用提供三维数据集。
This article talked about a normal process for modeling the physiological system, discussed the preconditions and methods of modeling CVS.
该文概述了生理系统建模的一般过程，探讨了建立心血管系统模型的前提和方法。
The results demonstrate that the PBG method, as an understandable and unity modeling method, is quite effective and practicable and can be used widely in the field of physiological system simulation.
仿真结果表明，功率键合图建模方法在生理医学的系统仿真中具有良好的可行性和有效性，作为一种易于理解和统一的建模方法在生理系统仿真领域有着广阔的应用前景。
The results demonstrate that the PBG method, as an understandable and unity modeling method, is quite effective and practicable and can be used widely in the field of physiological system simulation.
仿真结果表明，功率键合图建模方法在生理医学的系统仿真中具有良好的可行性和有效性，作为一种易于理解和统一的建模方法在生理系统仿真领域有着广阔的应用前景。
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