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The usability of graphical modeling languages has not been explicitly considered in past research. Most usability evaluation surveys are mainly focusing on applications, websites, software and technical products. Usability has not been focused on within the development of current graphical languages for conceptual modeling. Consequently, the impact of graphical modeling languages on users as well as the output resulting from their application is not clear. Dr. Christian Schalles focuses on an empirical usability evaluation of graphical modeling languages in business process and software modeling.
List of contents
Background of Software and Business Process Modeling.- Framework for Usability Evaluation of Modeling Languages (FUEML).-Developing a Generic Metric For Measuring Model Complexity.- Comparing the Usability of Graphical Modeling Languages Using FUEML.- Using Structural Equation Modeling in Usability Research.- Impact of Metaproperties on the Usability of Graphical Modeling Languages.- Further Processing of the Empirical Results.- Principles for Future Development of graphical Modeling Languages.
About the author
Dr. Christian Schalles completed his doctoral thesis under the supervision of Prof. Dr. Michael Rebstock and Dr. John Creagh at the Cork Institute of Technology (CIT) and currently works as Management and IT-Consultant.
Summary
The usability of graphical modeling languages has not been explicitly considered in past research. Most usability evaluation surveys are mainly focusing on applications, websites, software and technical products. Usability has not been focused on within the development of current graphical languages for conceptual modeling. Consequently, the impact of graphical modeling languages on users as well as the output resulting from their application is not clear. Dr. Christian Schalles focuses on an empirical usability evaluation of graphical modeling languages in business process and software modeling.
