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GAF: AH systems analysis approach. Evgeny Knutov Paul De Bra Mykola Pechenizkiy e.knutov@tue.nl. Adaptation process modeling. Classic loop user modeling - adaptation. Generic Adaptivity Model. GOMAWE. Munich Model: Lifecycle of Adaptation.
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GAF: AH systems analysis approach Evgeny Knutov Paul De Bra Mykola Pechenizkiy e.knutov@tue.nl
Adaptation process modeling Classic loop user modeling - adaptation Generic Adaptivity Model GOMAWE Munich Model: Lifecycle of Adaptation / Department of Computer Science
Classification of AH methods and techniques; adaptation process / Department of Computer Science Classification of AH methods and techniques integrated with adaptation process Basis for the AHS layered structure
GAF layered model GAF layered structure building blocks / Department of Computer Science GAF aligns the order of the layers in the system according to the classification of AH methods and techniques Rotate layered structure of GAF and match with adaptation process flowcharts
GAF “sequence chart” / Department of Computer Science
Use-case: GAF - RecSys / Department of Computer Science
Use-case: GAF - WWW Search / Department of Computer Science
GAF scenarios / case-studies Conventional AHS (e.g. AHA, APeLS, KBS-Hyperbook, etc.) eLearning (e.g. GRAPPLE) Recommender Systems (HeyStaks, Twittomender) WWW Search Semantic Web enabled AHS (CHIP, iFanzy) / Department of Computer Science
Key elements of GAF sequence chart Layered structure preserved in a “sequence” Layers aligned with adaptation/provenance questions Layers aligned with process and flowchart Layers determine (de) composition of the GAF model / Department of Computer Science
AHS Analysis Approach system scenarios description (e.g. RecSys, eLearn., AHS, etc.) e.g. service-based architecture vs. event-driven or DB Scenarios Specific Questions GAF AHS Analysis GAF AHS Analysis Sensitivity Points Trade-offs GAF AHS Analysis elementary base concerns (mandatory vs. optional elements composition) alternative blocks / implementations, optional elements dependencies involved, implementation, complexity, etc. / Department of Computer Science
Domain Model abstraction class Properties Methods Scenarios Technologies Data / Department of Computer Science
Domain Model dependencies example / Department of Computer Science
GAF blocks high-level dependencies / Department of Computer Science
Summarizing Reference Structure System Analysis Compatibility and Compliance Complexity and Performance Comparison Modifiability Extensions / Department of Computer Science
Thanks! Discussion! and Questions? / Department of Computer Science