MINE SCORM Authoring Tools and Mobile LMSs PowerPoint PPT Presentation

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Title: MINE SCORM Authoring Tools and Mobile LMSs


1
MINE SCORM Authoring Tools and Mobile LMSs
  • Timothy Shih, Wen-Chih Chang, Nigel H. Lin,
    Te-Hua Wang, Hsuan-Pu Chang
  • MINE Lab
  • Tamkang University
  • Taiwan

Presentation Plugfest 9, Wednesday, February 23,
2005 at 230 PM in Lecture Room C
2
Collaboration
  • Video Conference with Academic ADL Co-Lab
  • Judy Brown, David Wirth, John Toews, and Doug
    Hamilton
  • Discussion with Education Training Division, 
    Institute of Information Industry, Taiwan
  • Sponsored by National Science Council, Taiwan
  • Developed by MINE Lab, Tamkang University, Taiwan
  • Wen-Chih Chang, Nigel H. Lin, Te-Hua Wang,
    Hsuan-Pu Chang, Hsiau Wen Lin, Wen-Chieh Ko,
    Kuan-Hao Huang, Yun-Long Sie, Mon-Tin Tzou, and
    Linus Jan

3
SCORM Related Tools
  • The MINE SCORM Authoring Tool V 3.0
  • The Hard SCORM Authoring Tool V 1.0
  • Metadata Wizard
  • Searching on Repository (database)
  • Video Presentation
  • Flash Playback
  • The Pocket SCORM Reader V 2.0
  • PDA, Cellular Phone
  • The Hard SCORM LMS V 1.0
  • PC, PDA, Cellular Phone, Hyper Pen

4
The MINE SCORM Authoring Tool
  • Presented in Plugfest 8 and Intl Plugfest 1
  • See the SCORM 3rd Party Tools Website of ADL
  • Based on ADL SCORM 2004
  • Drag-and-Drop Courseware Design
  • Define Sequence Rules and Metadata
  • Define Reusable Content Aggregation and
    Sequencing Templates

5
See the SCORM 3rd Party Tools Website of ADL
  • PowerPoint and Video Presentation
  • Recording, Editing, and Delivery
  • Add Metadata to Video and Each Slide

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Computer, Communication, and Content
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Reading SCORM Courseware on Hardcopy books
  • OCR-like Pen Device and Pattern Recognition
  • Multimedia Feedback on PDA or PC
  • Requirements
  • Authoring Tool
  • LMS

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Hard SCORM Bridging the Gap
A 3-year joint research project supported by
National Science Council, Taiwan
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Ubiquitous e-Learning
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The Hard SCORM Authoring Tool
  • Automatic Generation of Hard SCORM Tags
  • Print Hardcopy Textbooks
  • Tags Are Recognized by Hyper Pens which is
    Connected to LMS

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Hard SCORM Tags
  • Navigation Tags for Navigation
  • Reference Tags for Multimedia References
  • Answer Tags for Exams
  • Auxiliary Tags Turn on/off or Control Hard
    SCORM LMS

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Design Issues
  • Authoring Hard SCORM Tags
  • The Metadata Wizard Metadata Generation
  • Searching on Repository
  • Supporting Pre-fetching of Learning Objects
  • Video Presentation and Flash Playback

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Authoring Hard SCORM Tags
  • Function ICONs
  • Content Aggregation
  • Resource Pool
  • Hard SCORM Tags
  • Windows for Designing Asset Layout, Metadata, and
    Sequence Rule

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Reference Tags
  • Multimedia References
  • Video
  • Audio
  • Flash
  • URL
  • Copy Resources in the New Content Aggregation and
    PIF

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The Metadata Wizard
  • Metadata is useful for object reuse
  • Time consuming to fill in metadata
  • Background of Users
  • Need tools to help the user
  • A user profile is filled only once
  • Interactive questions may or may not be asked by
    the authoring tool
  • Deduction rules can be designed by professionals
    and customized to individual needs
  • The author makes a final confirmation of metadata

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Examples of Metadata Generation
  • Environment and Platform Dependent
  • 1.3 Language, 2.3.3 Date, 4.1 Format, etc.
  • User Profile (provided at login time)
  • 2.3.1 Role, 2.3.2 Entity, etc.
  • Deduced by Interactive Questions
  • Who are the target readers? ?
  • 5.6 Context, 5.7 Typical Age Range
  • Deduced by Structural Relations
  • 5.9 Typical Learning Time, 4.2 Size, etc.

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Copy and If-Then Rules
  • Copy via information retrieval techniques
  • If-Then Rules User Defined (by educational
    professionals)
  • If 5.2 Learning Resource Type diagram figure
    graph table Then 1.8 Aggregation Level 1
  • If 5.3 Interactivity Level very low low
    medium Then 5.4 Semantic Densityhigh very
    high
  • If 5.3 Interactivity Level very high high Then
    5.1 Interactivity Type active
  • If 5.3 Interactivity Level very low low Then
    5.1 Interactivity Type expositive
  • Subjective Rules (optional and user dependent)
  • If no rule is used, the user need to provide
    metadata

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System Architecture of the Wizard
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Implementation of the Wizard
  • Users make a final confirmation to use the
    generated metadata

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Searching on Repository
  • Local Search
  • Server Search

Search by Metadata
Add to Resource Pool
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Pre-fetching Learning Objects
  • Sizes of Learning Objects are Computed
  • A Content Aggregation is Divided into Clusters
  • Pre-fetching on PDAs and Smart Phones
  • An intelligent caching policy will be designed
    based on sequencing and navigation definitions

22
Printing Hardcopy Textbooks
  • Reference Tags are Embedded in between Words
  • Different Navigation Tags are Generated for
    Different Sequencing Specifications

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Video Presentation and Flash Playback
  • Video and Slide Synchronization
  • Recording, Editing, Post Processing, and Delivery
  • Add Metadata to Video and Each Slide
  • Support Flash Playback

Video Stream
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Presentation Recording
  • Select PowerPoint file
  • Adjust Camera
  • Select Style File
  • Start Recording

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Presentation Editing and Delivery
  • Add/Delete Slides
  • Combine Presentations
  • Authoring Metadata
  • Playback and Delivery

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Alternative Post Process
  • Adding Slides and Flash Objects

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Demonstration of Authoring Tool
Video Clip Available at http//www.mine.tku.edu.tw
/SCORM/
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The Hard SCORM LMS
  • Using Web Service with Different Devices
  • Encapsulate SCORM APIs by Using Web Service
    Technology

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Revised ECMA Script for Web Service
  • Extend ECMA Script to Cope with off-line Learning
    Model
  • Use Service Queue and Result Queue
  • Use SOAP to Encapsulate Messages

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Pocket SCORM 2004
  • Capacity Limitations on PDAs and Smart Phones
  • Cluster Caching
  • Automatic Re-flow
  • Personalized Notes
  • User Profiles and Learning Progress
  • Data Store on PDA
  • Sync with Database of Hard SCORM LMS
  • Developing Environment
  • Microsoft Visual Studio .NET 2003
  • Microsoft .NET Framework 1.1

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Reading SCORM Examples on PDA
Linear
Knowledge Paced
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Auto Re-Flow and Personalized Notes
Before Re-Flow
After Re-Flow
Adding Notes
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Reading on Smart Phone
Login
Register
Unpack
Select
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PDAs and Smart Phones Supported
  • Running on PDAs
  • Dopod 700, HP iPAQ 5550, and AnexTEK SP230
  • Running on Cellular Phones
  • Dopod 565 and Mio8390

Dopod 565
Mio 8390
AnexTEK SP230
Dopod 700
HP iPAQ 5550
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Demonstration of Pocket SCORM LMS on PDA
Video Clip Available at http//www.mine.tku.edu.tw
/SCORM/
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Demonstration of Pocket SCORM LMS on Smart Phone
Video Clip Available at http//www.mine.tku.edu.tw
/SCORM/
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Reading by Using Hyper Pen
  • Using Hyper Pen as Input Device
  • Reading on Hardcopy Textbooks
  • Using Audio Records for Navigation Control
  • Using Multimedia Clips as References

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Reading on PCs
  • Integrated with Pocket SCORM Reader
  • Consistent Learner Records on PC, PDA, Smart
    Phone, and Hyper Pen

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Demonstration of Hard SCORM LMS
Video Clip Available at http//www.mine.tku.edu.tw
/SCORM/
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Demonstration of Hard SCORM LMS on PC
Video Clip Available at http//www.mine.tku.edu.tw
/SCORM/
41
A Joint Research Project
  • MP Supporting Self-Regulated e/m-Learning via a
    Wireless Hyper-Interaction Platform
  • SP1 Hard SCORM
  • SP2 Development of Hyper-Interaction Tools for
    Supporting e/m Learning
  • SP3 A Self-Regulation System and Administration
    Interface for e/m-Learning
  • SP4 The Theory, Design and Evaluation for
    Scaffolding Self-Regulated e/m-Learning
  • International Joint Research Project with NRC,
    Canada
  • Privacy and Security for the Hyper-Interaction
    Platform

42
Summary
  • We are working on SCORM tools on different
    devices from different perspectives
  • Please visit our demonstrations in the Plug N
    Play section
  • Part of our system will be demonstrated in WoSSN
    from 230 PM 315 PM, February 24
  • We are seeking for collaboration opportunities,
    especially with ADL Co-Labs
  • Free tools are available upon request

43
Acknowledgement
We will like to thank the following people for
their discussion and suggestions
  • Judy Brown, Director of Academic ADL Co-Lab
  • David Wirth, Deputy Director of Academic ADL
    Co-Lab
  • John Toews, Academic ADL Co-Lab
  • Doug Hamilton, Academic ADL Co-Lab
  • Lichieh Lin, Director of e-Learning Technology
    Center, III, Taiwan
  • Andy Tsai, Section Manager of e-Learning
    Technology Center, III, Taiwan
  • Henry Hu, e-Learning Technology Center, III,
    Taiwan
  • Vega Chiang, e-Learning Technology Center, III,
    Taiwan
  • Chiehwen Cheng, e-Learning Technology Center,
    III, Taiwan

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Thank You
E-Learning Team, MINE Lab, Tamkang University
  • Timothy Shih, Advisor
  • Wen-Chih Chang, Ph. D.
  • Nigel H. Lin, Ph. D. Student
  • Te-Hua Wang, Ph. D. Student
  • Hsiau Wen Lin, Ph. D. Student
  • Hsuan-Pu Chang, Ph. D. Student
  • Kuan-Hao Huang, MS Student
  • Yuan-Hsiang Hsu, MS Student
  • Yun-Long Sie, MS Student
  • Mon-Tin Tzou, MS Student
  • Linus Jan, MS Student
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