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自助三维导诊系统的研究与实现 被引量:3

Research and Implementation of Self-Help 3D Consultation System
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摘要 随着信息化的发展,越来越多的医院开始建设信息化导诊平台,本文的导诊系统对厦门中医院总院门诊片区进行三维模拟,具有行走、漫游、自动导航、医院介绍、科室介绍等功能.系统基于Windows平台开发,使用3DMAX、MAYA等进行三维建模,在Unity3d中实现互动.根据医院内物体相对固定、道路纵横交错的特点采用曼哈顿启发函数,简化了算法.该系统有效帮助患者了解就医环境,操作简单直观,便于各层次的患者使用. The traditional hospital division is too professional and medical treatment process separates.In the absence of good consultation service,patients are very inconvenient.With the development of information technology,more and more hospitals begin the construction of consultation system,but the function of these systems is still not comprehensive.The consultation system in this paper is used for 3 D modeling of the Chinese Traditional Medicine Hospital of Xiamen,with walking,roaming,automatic navigation,hospital department introduction and other functions.The system is based on Windows platform,using 3 DMAX,MAYA to build 3 D models,and interaction is implemented in Unity3 d.The core of interaction is automatic navigation.It use A*algorithm.According to the relative fixation of the objects in the hospital and the crisscrossing of the road,the heuristic function of Manhattan is adopted to simplify the algorithm.The system can effectively help patients understand the medical environment,and the operation of the system is simple and intuitive,which is convenient for patients among different ranks.
作者 黄云辉 刘笑寒 姚俊峰 吕奕清 陈进春 HUANG Yunhui;LIU Xiaohan;YAO Junfeng;LüYiqing;CHEN Jinchun;LAN Zhijie(The Chinese Traditional Medicine Hospital of Xiamen,Xiamen,Fujian Province 361009;Center for Digital Media Computing of Xiamen University,Xiamen University,Xiamen,Fujian Province 361005;The People’s Congress of Xiamen,Xiamen,Fujian Province 361000)
出处 《郑州大学学报(工学版)》 CAS 北大核心 2019年第2期55-58,81,共5页 Journal of Zhengzhou University(Engineering Science)
基金 虚拟现实技术与系统国家重点实验室开放基金(BUAA-VR-16KF-22) 2015年福建省教育厅高校学科带头人访问学者 厦门市科技计划指导性项目(3502Z20149011) 2014年厦门市卫生和计划生育委员会资助项目.
关键词 三维导诊系统 虚拟医院 门诊信息系统 A*算法 虚拟现实 3D consultation system virtual hospital outpatient service information system A*algorithm virtual reality
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