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Automatic Usability Engineering Methods
[1]
- © Copyright??
Optimized usability engineering of
interactive services by usability prediction
Motivation & Project
Description
- State-of-the-art usability measurement methods still involve subjective tests with human participants, which come late in the service development cycle and at a high expense.
- The aim of this project
is to provide usability estimations for multimodal interactive
services on the basis of algorithmic models, including
- Models of human behavior during the interaction
- Models for predicting usability problems (e.g. ISO 9241)
- Models for predicting user judgments and hedonistic quality aspects
- This way, services can be developed much quicker and cheaper.
Expected Outcome:
- Models
for describing user behavior in response to the
service
- Parameters for quantifying user/system behavior in multimodal interaction (input parameters to models)
- Models of user interaction behavior for GUIs and VUIs
- Identification of relevant quality aspects and their interrelationship
- Models for predicting usability aspects and user judgments on the basis of interaction parameters
Time Frame: | 01/2009 -
12/2010 |
---|---|
T-labs Team Members: | K.-P.
Engelbrecht [2], C. Kühnel [3], S. Möller [4], B. Weiss
[5] |
Students: | M.
Siebke, R. Tönges |
Partners: | |
Funding
by: | Deutsche Telekom Laboratories |
Publications: | see project publications
[6] |
/pic-usability_modelling_and_prediction_03.jpg
_peter_engelbrecht/parameter/en/minhilfe/
tine_kuehnel/parameter/en/minhilfe/
meter/en/minhilfe/
s/parameter/en/minhilfe/
_projects/automatic_usability_engineering_methods/mmeva
l_publications/parameter/en/minhilfe/
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