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研究生：	謝明亨 Hsieh, Ming-Heng
論文名稱：	多媒體互動式教學系統在醫學教育上的應用 Multimedia Interactive Learning Systems and their medical education applications
指導教授：	陳立祥 Chen, Lih-Shyang
學位類別：	碩士 Master
系所名稱：	電機資訊學院 - 電腦與通信工程研究所 Institute of Computer & Communication Engineering
論文出版年：	2007
畢業學年度：	95
語文別：	中文
論文頁數：	87
中文關鍵詞：	虛擬病人
外文關鍵詞：	pedigree, cut server, virtual patient, texture
相關次數：	點閱：62 下載：7
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本研究旨在以電腦3D多媒體功能與網際網路的特性，建構一個醫學的輔助教學系統；系統模擬從病患進入醫院，先要接受醫師問診，如果推斷所患的是某些與遺傳相關的疾病，可能必須先詢問家族病史等相關資訊；接著醫師們可以根據病例診斷流程樹狀圖(Medical Decision Making Tree)一步步診斷出病人的目前病況為何。

然而病患可能因為病況緊急而住進醫院，接下來便可以進行虛擬病患(Virtual Patient)的模擬機制，另一方面，在住院接受治療的過程中，病患可能因為某種病況需要送進手術房進行開刀手術，因此本研究也提出了Cut Server 以及挖洞功能，提供醫師們模擬手術房處理病患的動作。

最後嘗試將所發展之系統應用在醫學以外的領域，例如工廠職業訓練中，訓練使用者模擬工廠的突發事件。

This thesis report a multimedia interactive learning system which combines both characteristics of 3D multimedia and the internet for a simulation learning system.
First we establish a simulated hospital and the user can play as a doctor’s role in it to diagnose a virtual patient. In the system, the user may ask the patient some questions about their medical history, present illness, and so on, and perform some examinations. They can make a diagnosis and give treatments based on a medical decision making tree. The users can use some tools to draw the patient’s pedigree.
The system also simulate the situation of a virtual patient in the emergency room. The system also provides a tool for the user to cut through a human body model to learn some anatomical knowledge when it is needed.
We demonstrate how to apply our system in some fields other than medical science. For example, the employees can learn how to handle the incidents in a factory in our simulation system.

§  中文摘要  §	I
§  英文摘要  §	II
§  誌謝  §	III
§  目錄  §	IV
§  圖表目錄  §	VII
第一章	導論	1
1研究動機及目的	1
2章節提要	2
第二章	研究背景	3
1 HINTS(HEALTH INFORMATION NETWORK TOURING SYSTEM)簡介	3
2 SURFACE-BASED三維物件資料結構	3
3 三維物件重建系統(3D BUILDER)簡介	4
4相關的軟體技術	4
4.1元件軟體(Component-Ware)	4
4.2設計樣式(Design Pattern)	5
4.3 DirectX	6
4.4網際網路技術	6
第三章	系統簡介及需求	8
1 HINTS(HEALTH INFORMATION NETWORK TOURING SYSTEM)	8
1.1系統簡介	8
1.2系統需求	8
2CUT SERVER	9
2.1系統簡介	9
2.2系統需求	11
3 三維物件重建系統(3D BUILDER)	11
3.1系統簡介	11
3.2系統需求	12
第四章	系統設計及實作	13
1 FAMILY MEDICAL HISTORY AND PEDIGREE	13
1.1前言及其目的	13
1.2節點編碼規則	14
1.3 Authoring Tool of Family Medical History and Pedigree	15
1.4 Browsing Tool of Family Medical History and Pedigree	16
2MEDICAL DECISION MAKING TREE	22
2.1前言及其目的	22
2.2 Node operation	23
2.3 Search Operation	24
2.4 Correct Items Editor	25
2.5 Learning Path Editor	26
2.6 Sub Tree View	26
2.7 Vertical Tree component conversion	27
3 VIRTUAL PATIENT	30
3.1前言及其目的	30
3.2 Event Driven Flow Control	30
3.3 Simulation mechanism	37
3.4 Authoring Tools	39
3.4.1 Event Editor Wizard	39
3.4.2 Simulation Mechanism Editor	41
3.5 Event Summary	43
3.6 Virtual Patient成果展示	45
4 CUT SERVER	49
4.1前言及目的	49
4.2系統設計與實作	50
4.2.1 Cut Server演算法流程圖	50
4.2.2建立三维切割平面以及可顯示目前托拉位置的小物件	50
4.2.3計算出三維切面的切面輪廓線	51
4.2.4取得三維軸切面輪廓線，做Texture Mapping	52
4.2.5貼圖演算法的改良	54
4.2.6隱藏被切割物件的Surface部分	56
4.2.7切面器官輪廓線顯示	59
4.3 Cut Server成果展示	61
5整合控制元件以及整合控制介面	62
5.1前言及其目的	62
5.2系統設計與實作	63
5.2.1各元件控制介面導覽	63
5.2.2整合控制介面(Integrated Application)	65
6挖洞功能	68
6.1前言及其目的	68
6.2功能設計與實作	69
6.2.1演算法整體流程圖	70
6.2.2邊界區塊連接	70
6.2.3算出各區域在三維空間中每一點所分佈的座標值	71
6.2.4 Texture Mapping	73
6.2.5將B1、B2、B3、B4、A等五塊區域做Stencil Mark	74
6.3挖洞功能成果展示	75
7 INDUSTRIAL HINTS	77
7.1前言及其目的	77
7.2流程控制(Flow Control)	77
7.3 Browsing Tools	80
7.4 Authoring Tools	81
第五章	結論	83
1研究成果	83
2未來發展方向	84
§  參考文獻  §	85
§  作者簡介  §	87
                                    

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[14]: Sheng-Feng Weng, “A Web-Based Interactive Learning System and its application in the Medical Education”, National Cheng Kung University, 2003.
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校內：2012-08-23公開
校外：2012-08-23公開

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