interactive concept mapping in activemath (icmap)
Post on 29-Jun-2015
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nteractive oncept ping in (iCMap)
Martin Homik, Erica Melis, Philipp Kärger
-- ActiveMath Group –
Delfi 2005, Rostock
German Research Center for Artificial Intelligence (DFKI GmbH)
University of Saarland
MotivationConcept Maps:• Understanding of structures and dependencies• Support analysis and reflection skills• Mathematics has well defined concepts• School teachers use intuitive mind maps• No tools for concept mapping in math
iCMap:• Integrated into ActiveMath learning environment• Mathematical knowledge base and ontology• Interactivity• Feedback• Author support
Not a Concept Map
Fraction calculation
Subtraction
Addition
Multiplication
Parts of units
Integer
Extension
Mixed number
DivisionReduction
• Nominator * Nominator, • Denominator * Denominator• Reduction• Create mixed number if possible
• Multiply first fraction with the second fraction’s reciprocal
• Common denominator• Add nominators
• No common denominator• Find common denominator• Add nominators
• Reduction• Create mixed number if possible
• Common denominator• Subtract nominators
• No common denominator• Find common denominator• Subtract nominators
• Reduction• Create mixed number if possible
• by a give number• as far as possible over the fraction line
• Transform fractions into mixed number• Transform mixed number into fractions
• with given number
• Basic times table• Prime numbers• Square numbers• Prime factor decomposition• Multiple• Factor• Factor diagrams• Highest common factor• Least common multiple
Not a Concept Map
A Concept Map
iCMap (CoolModes plugin)
iCMap (CoolModes plugin)
Knowledge Representation
Abstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
Knowledge Representation
Abstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
for for for
for for
for for
for for
Knowledge Representation
Abstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
for
for
Domain prerequisite
Domain prerequisite
Domain prerequisite
Knowledge Representation
Abstract concept level:• Symbols
Content Concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
for against
isA
iCMap Feedback
iCMap Feedback
Local Feedback
Verification
1. Against knowledge base2. Against authored exercise3. Deduction
Deductive Relation: TransitivityAbstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
isAisA
isA
Deductive Relation: TransitivityAbstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
Domain prerequisite
Domain prerequisite Domain prerequisite
Deductive Relation: EquivalenceAbstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2 S3
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
isA
isA
for for
equivalence
equivalence
Fault Tolerance
Abstract concept level:• Symbols
Content concept level:• Definitions• Theorems
Satellite level:• Examples• Exercises
S1 S2
D1 D2
D3
T1 T2
T3
Exc1 Exc2
Exc3
Exa1 Exa2
Exa3
for
isA
isA
forfor for
ActiveMath Architecture
mBasemBase
WebServer
WebServer
SessionManager
SessionManager
PresentationGenerator
(XSLT)
PresentationGenerator
(XSLT)
User Model
HistoryHistoryProfileProfile
XML-RPC
Java
http
JNLP (http)
Conclusion
• Concept maps: support (meta-)cognitive skills• Mathematics is a huge concept map itself• iCMap:
– Integrated into ActiveMath learning environment– Mathematical ontology and knowledge base– Interactivity, Feedback, Hints– Supports self-responsible and explorative learning
• Evaluation: – Till end of 2005 at school and university
Thank you!
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