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Preface |
5 |
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Acknowledgements |
8 |
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Contents |
9 |
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Contributors |
12 |
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Reviewers |
15 |
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1 Learning to Solve Problems in the Digital Age: Introduction |
16 |
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1 Context |
16 |
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2 Problem Solving |
17 |
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3 Developing Problem Solving Expertise |
18 |
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4 Problem Solving in the Digital Age |
19 |
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5 Tools and Technologies |
20 |
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6 Concluding Remarks |
21 |
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References |
21 |
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Part I Instructional Design Perspectives |
24 |
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2 Investigating an Online Museums Information System |
25 |
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1 Introduction |
25 |
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2 Online-Museums |
28 |
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2.1 Preparing the Cognitive Space in Online Exhibits |
29 |
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2.2 Considering Learners' Differences |
29 |
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2.3 Cognitive Style Construct |
30 |
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3 Experimental Design |
31 |
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4 Discussion and Conclusions |
33 |
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References |
34 |
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3 MAPLET A Framework for Matching Aims, Processes, Learner Expertise and Technologies |
37 |
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1 Introduction |
37 |
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2 Intellectual Skill Development |
39 |
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3 The MAPLET Framework |
40 |
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3.1 Alignment Along the Horizontal Axis |
40 |
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3.2 Sequencing Down the Vertical Axis |
43 |
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4 The MAPLET Framework in Action |
43 |
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5 The Case Study |
44 |
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5.1 Procedure |
44 |
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5.2 Results |
44 |
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5.2.1 Aims and Outcomes in Relation to the Phases of Acquisition |
45 |
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5.2.2 Learner Characteristics |
46 |
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5.2.3 Activities and Resources |
46 |
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5.2.4 Discussion and Recommendations |
46 |
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6 Conclusion |
48 |
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References |
48 |
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4 Web-Based Learning Objects in School Education |
51 |
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1 Introduction |
51 |
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2 Literature Review |
52 |
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3 Pedagogical Usability Criteria |
53 |
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4 WBLO Architecture |
55 |
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5 Case Study |
56 |
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5.1 Learning Objectives |
56 |
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5.1.1 Methods |
56 |
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6 Findings |
57 |
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7 Discussion |
59 |
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8 Conclusion |
60 |
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References |
61 |
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5 KM and WEB 2.0 Methods for Project-Based Learning |
63 |
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1 Introduction |
63 |
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2 Case Study: A Project Management Training Course |
64 |
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2.1 The Course Organisation |
64 |
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2.2 The Observed Problems |
67 |
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3 Tools to Support Learning Activities |
69 |
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3.1 Monitoring Tools |
69 |
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3.2 Experience Sharing Tools |
71 |
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4 A Platform for Tutors and Students |
72 |
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5 Conclusion and Future Directions |
75 |
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References |
76 |
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Part II Cognitive Perspectives |
78 |
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6 Semandix: Constructing a Knowledge Base According to a Text Comprehension Model |
79 |
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1 Introduction |
79 |
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2 Semandix Description |
81 |
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2.1 Knowledge-Base Administration Module |
82 |
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2.1.1 Concept Map Constructing Procedure |
83 |
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2.1.2 WordNet Extension Procedure |
89 |
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2.2 Semandix Semantic Dictionary |
94 |
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2.3 Text Semantic Analysis |
95 |
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2.4 Concept Map Assessment |
95 |
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3 Discussion Future Plans |
97 |
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References |
99 |
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7 First-Person Education and the Biofunctional Nature of Knowing, Understanding, and Affect |
101 |
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1 Introduction |
101 |
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1.1 Knowledge Acquisition in 2nd/3rd-Person Education |
104 |
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1.2 From 2nd/3rd-Person Prior Knowledge to 1st-Person Prior Understanding |
105 |
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1.3 Structural and Biofunctional Schema Theories of Knowledge Acquisition |
106 |
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1.4 Understanding as Embodied Form Following Function |
107 |
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1.5 Wholetheme, Whole-Body, Biofunctional Activity |
108 |
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2 Overall Methodology |
109 |
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2.1 Experiment 1 |
110 |
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2.1.1 Participants, Design, and Material |
110 |
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2.1.2 Procedure |
110 |
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2.1.3 Results |
111 |
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2.1.4 Discussion |
111 |
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2.2 Experiment 2 |
112 |
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2.2.1 Participants |
113 |
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2.2.2 Materials, Design, and Instrument |
113 |
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2.2.3 Procedure |
113 |
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2.2.4 Results |
114 |
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2.2.5 Discussion |
114 |
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2.3 Experiment 3 |
115 |
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2.3.1 Participants, Material, and Procedure |
115 |
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2.3.2 Results |
115 |
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3 Conclusion |
116 |
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References |
119 |
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8 Socio-cognitive Regulation Strategies in Cooperative Learning Tasks in Virtual Contexts |
122 |
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1 Introduction |
122 |
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2 Method and Procedure |
126 |
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2.1 Data |
126 |
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2.2 Categorization Unit, Coding System, Inter-judge Reliability |
126 |
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2.2.1 Categorization Unit |
126 |
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2.2.2 Coding System |
127 |
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2.3 Inter-judge Reliability |
127 |
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3 Findings and Discusion |
129 |
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3.1 Regulation Models During Cooperative Tasks in Virtual Learning Environments (VLE) |
129 |
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4 Conclusions |
134 |
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References |
135 |
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9 Collaborative Cognitive Tools for Shared Representations |
138 |
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1 Introduction |
138 |
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2 Information Strategy Process and Collaborative Cognitive Tools |
140 |
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3 Cognitive Tools for Collaborative Shared Representations in a Strategy Process |
141 |
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3.1 A Tool for Identifying Development Needs |
142 |
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3.1.1 Cognitive Functions -- Design Principles Behind the Tool |
143 |
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3.2 A Tool for Collaborative Construction of Development Goals |
143 |
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3.2.1 Cognitive Functions -- Design Principles Behind the Tool |
143 |
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3.3 A Tool for the Practical Alignment of the Development Goals |
144 |
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3.3.1 Cognitive Functions -- Design Principles Behind the Tool |
144 |
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3.4 A Tool for Mapping Teachers' Combined Pedagogical Skills in the Use of ICT |
145 |
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4 Analysis: From the Organizations Presentations to the Collaboratively Created and Shared Representation Meaning and Relevance |
146 |
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4.1 Implications for the Implementation of the National Information Strategy and Policies |
147 |
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5 Discussion |
148 |
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References |
149 |
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Part III Assessment Perspectives |
151 |
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10 Automating the Measurement of Critical Thinking for Individuals Participating in Discussion Forums |
152 |
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1 Introduction |
152 |
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2 Critical Thinking |
153 |
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3 Discussion Forums |
155 |
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4 Methodology |
158 |
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5 Results and Findings |
159 |
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6 Discussion |
162 |
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References |
164 |
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11 Alternative Assessment Strategies for Complex Problem Solving in Game-Based Learning Environments |
167 |
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1 Introduction |
167 |
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2 Game-Based Learning in the Digital Age |
168 |
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3 Assessment of Game-Based Learning |
171 |
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3.1 External Assessment |
173 |
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3.2 Internal Assessment |
174 |
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4 Methods for External and Internal Game-Based Assessment |
175 |
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4.1 A Study on Surviving in Space |
175 |
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4.2 External Assessment Strategies |
176 |
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4.2.1 Problem Scenario |
177 |
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4.2.2 Think Aloud Protocol |
177 |
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4.2.3 Annotated Causal Representation |
178 |
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4.3 Internal Assessment Strategies |
178 |
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4.4 Coding and Analysis |
179 |
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4.4.1 Coding and Analysis of Problem-Solving Protocols |
179 |
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4.4.2 Coding and Analysis of Annotated Causal Representations |
180 |
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5 Discussion and Future Directions |
180 |
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References |
182 |
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12 Concept Map Based Intelligent Knowledge Assessment System: Experience of Development and Practical Use |
187 |
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1 Introduction |
187 |
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2 Concept Maps as Knowledge Assessment Tools |
189 |
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2.1 Representation of Concept Maps |
190 |
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2.2 Concept Map Tasks |
191 |
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2.3 Response Format and Scoring System |
192 |
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3 Overview of the IKAS |
193 |
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3.1 Basic Principles of the IKAS |
193 |
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3.2 Operation Scenario |
195 |
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4 Results of Practical Use of the IKAS |
198 |
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4.1 Organization of Practical Testing |
198 |
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4.2 Student Opinions About CMs as Knowledge Assessment Tools |
198 |
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4.3 Improvements of Functionality of the IKAS |
200 |
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4.4 Change of the Degree of Task Difficulty |
200 |
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4.5 Feedback Provided to Students |
201 |
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5 Conclusions |
202 |
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References |
203 |
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13 Technologies to Support the Assessment of Complex Learning in Capstone Units: Two Case Studies |
206 |
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1 Introduction |
206 |
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1.1 Capstone Units |
207 |
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2 Technologies to Support Assessment |
210 |
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3 The Study |
211 |
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4 Case Study One: Computing Science |
212 |
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4.1 Learning Outcomes |
212 |
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4.2 Scaffolding |
212 |
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4.3 Assessment |
213 |
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4.4 Technologies |
215 |
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5 Case Study Two: Child Development |
215 |
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5.1 Learning Outcomes |
215 |
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5.2 Scaffolding |
216 |
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5.3 Assessment |
217 |
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5.4 Technologies |
218 |
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6 Common Themes |
219 |
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7 Concluding Comments |
221 |
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References |
221 |
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14 Text-Guided Automated Self Assessment |
224 |
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1 Introduction |
224 |
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2 From Coaching to Self-Assessment |
225 |
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3 TASA: Text-Guided Automated Self-Assessment |
225 |
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3.1 Reflection |
227 |
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3.2 Preflection |
229 |
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4 Evaluation of Learning Progression Within the TASA Environment |
230 |
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4.1 Method |
230 |
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4.2 Results |
230 |
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4.3 Discussion |
231 |
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5 Conclusion |
231 |
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References |
232 |
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Part IV Schooling and Teaching Perspectives |
233 |
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15 Comparing the Impact of Electronic Performance Support and Web-Based Training |
234 |
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1 Introduction |
234 |
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2 Purpose |
238 |
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3 Method |
238 |
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3.1 Participants |
238 |
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3.2 Materials |
239 |
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3.3 Criterion and Enroute Measures |
240 |
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3.4 Procedures |
241 |
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4 Results |
242 |
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5 Discussion |
243 |
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References |
246 |
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16 Moving Beyond Teaching and Learning into a Human Development Paradigm |
247 |
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1 Introduction |
247 |
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2 The Teaching Centered Model (TCM) of Education |
248 |
|
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3 The Learning Centered Model (LCM) of Education |
249 |
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4 Transcending TCM and LCM with DCP |
251 |
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4.1 The Development Centered Paradigm (DCP) |
252 |
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5 A Demonstration Project Applying the DCP |
254 |
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5.1 A Description of the Demonstration Project |
256 |
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5.2 Key Insights from the Demonstration Project |
259 |
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6 Some Concluding Observations |
259 |
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References |
259 |
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17 Leaders for the Twenty-First Century: Preparation, Experiences, and Roles in Technology Implementation |
262 |
|
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1 Introduction |
262 |
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2 Review of Literature |
263 |
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2.1 Theoretical Lens |
264 |
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2.2 Transformational Leadership |
264 |
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3 Methods |
265 |
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4 Results |
266 |
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4.1 Learning What They Know |
268 |
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4.2 Current Use of Technology |
269 |
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4.3 Encouraging Others |
270 |
|
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4.4 Future Uses of Technology |
271 |
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5 Discussion |
272 |
|
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6 Conclusion |
273 |
|
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References |
274 |
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18 Pedagogy and Content Knowledge Based Podcasting Project for Preservice Teachers |
275 |
|
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1 Introduction |
275 |
|
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2 Theoretical Framework |
277 |
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3 Research |
278 |
|
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3.1 Research Participants |
278 |
|
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3.2 Research Instrument |
278 |
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3.3 Instruction Based on TPACK Model |
279 |
|
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3.3.1 Glitches: Teachable Moment |
281 |
|
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3.4 Result |
281 |
|
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3.4.1 Research Question 1 |
282 |
|
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3.4.2 Research Question 2 |
283 |
|
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4 Discussion |
284 |
|
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5 Conclusion |
285 |
|
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5.1 Summary of This Study |
285 |
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5.2 Limitations |
286 |
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5.3 Directions for Future Studies |
287 |
|
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References |
288 |
|
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Part V Virtual Environments Perspectives |
290 |
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19 Simulation-Games as a Learning Experience: An Analysis of Learning Style and Attitude |
291 |
|
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1 Introduction |
291 |
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1.1 Background |
292 |
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1.2 Data Collection |
294 |
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1.3 Procedure |
295 |
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2 Analysis |
296 |
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2.1 Learning Style as a Categorical Variable |
296 |
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2.2 Learning Style as a Categorical Variable: Analysis of Variance |
299 |
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2.3 Learning Style as Continuous Variables: Regression Analyse |
300 |
|
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2.4 Analysis of Statements Made by Participants During Post-simulation Debriefing Teleconferences |
304 |
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2.4.1 Extroversion and Positive Attitude Toward 'Working with Other Individuals in Teams' |
305 |
|
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2.4.2 Introversion and Positive Attitude Toward the Simulation as 'a Good Learning Experience' |
306 |
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2.4.3 Comparison of Two Students' Debriefing Comments with Contrasting Responses to the Survey Items |
307 |
|
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2.4.4 Comparison of Three Teams Facilitated by the Same Person |
308 |
|
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3 Conclusion |
311 |
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References |
312 |
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20 Implementation of an Online Social Annotation Tool in a College English Course |
313 |
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1 Introduction |
313 |
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2 Method |
315 |
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2.1 Participants |
315 |
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2.2 Materials |
315 |
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2.3 Independent Variable |
316 |
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2.4 Measures |
317 |
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2.4.1 Procedures |
318 |
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2.5 Data Analysis |
318 |
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3 Results |
319 |
|
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4 Discussion |
319 |
|
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References |
322 |
|
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21 Self-Direction Indicators for Evaluating the Design-Based Elearning Course with Social Software |
324 |
|
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1 Introduction |
324 |
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1.1 Design-Based Learning with Social Software |
325 |
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1.2 Self-Reflection at Design-Based Learning |
326 |
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2 The Design-Based Learning Course Elearning |
329 |
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3 Methods |
332 |
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4 Results |
334 |
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4.1 The Indicators of the Self-Direction in Students' Self-Reflection Blog-Posts |
334 |
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4.2 The Week-Dependent Indicators of Self-Direction |
335 |
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4.3 The Interrelations Between the Indicators of Self-Direction |
336 |
|
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5 Discussion |
338 |
|
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6 Conclusions |
340 |
|
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References |
340 |
|
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22 Employing Virtual Collaborative Exchanges to Expand Global Awareness |
342 |
|
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1 Introduction |
342 |
|
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2 The Study |
344 |
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2.1 Setting |
344 |
|
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2.2 Pedagogies Employed |
345 |
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2.3 Evaluation |
347 |
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2.3.1 Survey |
347 |
|
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2.3.2 Overall Results |
348 |
|
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2.3.3 Analysis |
349 |
|
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3 Discussion and Limitations |
354 |
|
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4 Conclusion |
356 |
|
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References |
356 |
|
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23 Ideas and Concepts of ViCaDiS A Virtual Learning Environment for Digital Students |
358 |
|
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1 Introduction |
358 |
|
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1.1 Digital Students |
359 |
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2 ViCaDiS Environment |
361 |
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3 Piloting ViCaDiS |
363 |
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4 The Piloting Evaluation |
365 |
|
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4.1 Erasmus Mobility Case -- Outgoing Students at OUAS (INMO) |
365 |
|
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4.2 The Students-- Technical Placement -- Summer Practice |
367 |
|
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4.3 The TalkTech'09 Course Module |
369 |
|
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5 Conclusion |
373 |
|
|
References |
375 |
|
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Index |
376 |
|