系統識別號 | U0002-2406200813522100 |
---|---|
DOI | 10.6846/TKU.2008.00833 |
論文名稱(中文) | 智慧型學習引導系統-使用心理評量理論及Web 2.0技術 |
論文名稱(英文) | Using Psychometric Theories and Web2.0 Technologies to Facilitate Intelligent Tutoring System |
第三語言論文名稱 | |
校院名稱 | 淡江大學 |
系所名稱(中文) | 資訊工程學系博士班 |
系所名稱(英文) | Department of Computer Science and Information Engineering |
外國學位學校名稱 | |
外國學位學院名稱 | |
外國學位研究所名稱 | |
學年度 | 96 |
學期 | 2 |
出版年 | 97 |
研究生(中文) | 楊宣哲 |
研究生(英文) | Hsuan-Che Yang |
學號 | 894190023 |
學位類別 | 博士 |
語言別 | 英文 |
第二語言別 | |
口試日期 | 2008-06-12 |
論文頁數 | 104頁 |
口試委員 |
指導教授
-
施國琛(timothykshih@gmail.com)
委員 - 趙榮耀 委員 - 楊錦潭 委員 - 廖弘源 委員 - 許輝煌 |
關鍵字(中) |
智慧型教學方針評斷 學生問題表 試題反應理論 修定版布魯姆認知分類 學習者分類 |
關鍵字(英) |
Intelligent Tutoring and Evaluation Student-Problem Chart Item Response Theory Revised Bloom's Taxonomy Learner Cluster |
第三語言關鍵字 | |
學科別分類 | |
中文摘要 |
本研究利用ADL SCORM及IMS QTI之國際標準作為智慧型學習引導系統的整合基準,加入Bloom教育分類理論、IRT試題反映理論、SP table分析以及Kolb學習型態等多項理論之輔助,提出一個利用AJAX及Web Service技術的智慧型學習引導系統;由課程編輯者製作數位學習教材及試題開始、學習者於學習管理平台(Learning Management System)及測驗管理平台(Assessment Management System)上進行學習及測驗活動,並依據傳統測驗理論收集試題屬性,進而利用測驗之方式來分析受測者的學習能力,藉由資訊科技與多種測驗教育理論之結合,以提供教學設計者以及學習者完善且具有可重複利用之整合式學習環境。本研究針對教育與測驗理論融入資訊科技,透過傳統測驗中選擇題的試題分析與選項分析,提供基礎的試題資訊支援教師教學與測驗。另外一方面,搭配SP Chart分析試題分析與學習者分析,提供教師關於學習者類型的資訊與試題分析類型;提供學習者關於學習者的學習建議。搭配修定版Bloom認知分類,運用兩個向度,知識向度與認知向度。學習者測驗後與學習階段對於學習內容的認知向度與之事向度的瞭解百分比。可以搭配IRT估計學習者能力機制,輔助瞭解學習者學習能力。原先IRT學習者能力無法提供學習者學習到哪些內容,透過修定版Bloom認知分類,可清楚提供教師與學習者學習的狀態。除此之外,以搜尋到的學習者能力資訊與學習知識程度,利用二參數分群(Clustering)技術協助教學過程中的課輔分群、學習風格分群、學習能力分群。 |
英文摘要 |
This study bases on the international standards - ADL SCORM (Sharable Content Object Reference Model 2004 4th Edition) and IMS QTI (Question and Test Interoperability v2.0) to construct an interoperability learning environment. Content designers construct learning objects and items with authoring tool, learners keep their learning activities with Learning Management System (LMS), Assessment Management System (AMS), and back end Repository mechanism. We use AJAX (Asynchronous JavaScript and XML) and other Web 2.0 concepts to facilitate our system as a RIA (Rich Internet Application). This study focus on intelligent tutoring and evaluating functions in e-learning platform. In order to integrate learning technology, education theories and information technology, our system supports the following education and test theorems. 1) Student-Problem Chart analysis test items for teachers and learning suggestions to learners. 2) Revised Bloom’s taxonomy has two cognition dimensions which are cognitive process dimension and knowledge dimension. The knowledge dimension is composed of four levels that are defined as factual, conceptual, procedural, and meta-cognitive. The cognitive process dimension consists of six levels that are defined as remember, understand, apply, analyze, evaluate, and create. 3) Item Response Theory applied the discrimination index, the difficulty index and guessing parameter to estimate learner ability. Revised Bloom’s cognition taxonomy combined the learner’s ability estimated by the Item Response Theory to assist learner clustering which can be used in collaborative learning, learning style grouping and remedy course. |
第三語言摘要 | |
論文目次 |
Table of Contents TABLE OF CONTENT I LIST OF FIGURES III LIST OF TABLES V CHAPTER 1 INTRODUCTION 1 1-1. E-LEARNING IN MODERN EDUCATION 5 1-2. INTELLIGENT TUTORING SYSTEM AS CUSTOMIZED TUTORING SYSTEM 6 1-3. MOTIVATION 9 1-4. CHAPTER ORGANIZATION 9 CHAPTER 2 RELATED WORKS 11 2-1. RECENT RESEARCH ON ITS 11 2-2. LITERATURE REVIEW 13 2-2-1. Item Response Theory (IRT) 13 2-2-2. Bloom Taxonomy of Educational Objectives 19 2-2-3. Student Problem Table (S-P Table) & Student Problem and Content Table (S-P-C Table) 21 2-2-4. Kolb’s learning style Inventory 31 2-3. TECHNIQUES REVIEW 32 2-3-1. Web2.0 Technologies 32 2-3-2. ADL Shareable Content Object Reference Model (ADL SCORM) 37 2-3-3. IMS Question and Test Interoperability (IMS QTI) 43 CHAPTER 3 PROPOSED FRAMEWORK & DISCUSSIONS 49 3-1 PROPOSED FRAMEWORK TO REALIZE FOUR MODULES OF INTELLIGENT TUTORING SYSTEM 49 3-2. STANDARDIZED LEARNING ENVIRONMENT BASED ON WEB2.0 53 3-2-1. Learning Objects Authoring System 54 3-2-2. Learning and Assessment Management System 55 3-3. BLOOM TAXONOMY OF LEARNING CONTENT 59 3-4. STUDENT-ITEM-CONTENT MODEL FOR STUDENT CLUSTERING 62 3-5. KOLB’S LEARNING STYLE SUGGESTS ITS TEACHING STRATEGY 70 CHAPTER 4. EXPERIMENTAL RESULTS AND CASE STUDY 73 4-1. ITEMS ANALYSIS TOOL SUPPORTING S-P CHART AND BLOOM COGNITION TAXONOMY 73 4-2. INTEGRATING IRT TO ESTIMATE LEARNING ABILITY WITH S-P CHART 83 CHAPTER 5. CONCLUSIONS AND FUTURE RESEARCH 96 BIBLIOGRAPHY 99 List of Figures Figure 1 Four subsystems intelligent tutoring systems 7 Figure 2 It is one-parameter model of item characteristic curve which is draw with difficulty 3. 14 Figure 3 It used the same discrimination of Figure 2, but the figure is included of three item characteristic curve with distinct difficulties. 14 Figure 4 It includes three dissimilar discrimination same difficulty item characteristic curves. 14 Figure 5 Characteristic curve 16 Figure 6 Characteristic curve 18 Figure 7 Characteristic curve 19 Figure 8 A Revision of Bloom's Taxonomy of Educational Objectives 21 Figure 9 Kolb’s Learning Styles 31 Figure 10 The History of SCORM Specification (revised from http://www.adlnet.org/) 38 Figure 11 ASI Model 44 Figure 12 Content Package of QTI example. 45 Figure 13 choice.xml 46 Figure 14 imsmanifest.xml (to continue) 47 Figure 15 imsmanifest.xml 48 Figure 16 An architecture in study 50 Figure 17 Realization for four modules in ITS 52 Figure 18 Standardized learning environment based on Web2.0 Architecture 53 Figure 19 Online Authoring System 55 Figure 20 Online Assessment Platform 56 Figure 21 Http communication logs 57 Figure 22 AJAX based delivery engine communication sequence 59 Figure 23 Correct response rate vs. Understanding rate 69 Figure 24 Two groups 69 Figure 25 Three groups 70 Figure 26 System Architecture for items analysis tool 73 Figure 27 Diagnosis analysis chart of Test Items 75 Figure 28 Diagnosis analysis chart of Students 75 Figure 29 Assessment design 77 Figure 30 Creating test item 78 Figure 31 Assessment attribute with Bloom classification 79 Figure 32 Test item diagnostic and analysis diagram 79 Figure 33 Students diagnostic and analysis diagram 80 Figure 34 target area for ideal curve 83 Figure 35 analysis tool 92 Figure 36 Class A 94 Figure 37 Class B 94 Figure 38 Students who answer questions correct disparity curves in class A and class B 95 List of Tables Table 1 Calculations for the one-parameter model, b = 1.0 16 Table 2 Calculations for the two-parameter model, b = 1.0, a = 0.5 17 Table 3 Calculations for the three-parameter model, b = 1.5, a = 1.3, c = 0.2 19 Table 4 Student-Problem Table 26 Table 5 Course-Problem Table 27 Table 6 Course-Content table 27 Table 7 Content related information of each problem 28 Table 8 Revised Course-Problem Chart 29 Table 9 Two students selected for the example 29 Table 10 Student-Course Table 30 Table 11 Cognition level and learning concept analysis (part 1) 60 Table 12 Cognition level and learning concept analysis (part 2) 60 Table 13 Cognition level and learning concept analysis (part 3) 61 Table 14 Cognition level and learning concept analysis examples 61 Table 15 item difficulty, discrimination and response 65 Table 16 First Round Calculation 66 Table 17 Second Round Calculation 66 Table 18 Third Round Calculation 66 Table 19 Correct Response Rate 68 Table 20 Understanding Rate 68 Table 21 Learning characteristics corresponding to learning activity and digital materials 71 Table 22 The learning objects corresponding to four learning styles 72 Table 23 the evaluation standard chart of item discrimination index 76 Table 24 Student questionnaire for feedback 81 Table 25 S-P table to Class A -the P curve -- the S curve 82 Table 26 S-P table to Class B -the P curve -- the S curve 82 Table 27 Sorted S-P Chart of 40 students and 20 problems in Chapter 4 & 5 of “Business Data Communication” 85 Table 28 the discrimination index and difficulty gathered in our exam 86 Table 29 ability estimation of student No.B09510028 iteration 1 87 Table 30 ability estimation of student No.B09510028 iteration 2 88 Table 31 ability estimation of student No.B09510028 iteration 3 88 Table 32 ability estimation of student No.B09510028 iteration 4 89 Table 33 Experiment result of the learner ability 91 Table 34 the pretest and posttest in class A and class B 94 Table 35 Students who answer questions correct in class A and class B 95 |
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