Prof. Dr. Matthias Jarke - Theses
Bachelor
A Distributed Approach for the Co-Evolution of Metamodels and Models - Open
Supervised by PD Dr. Ralf Klamma, AOR, Prof. Dr. Matthias Jarke; Advisor(s):
Peter de Lange, M.Sc.
Master
Activity Dialog Service - Open
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Wolfgang Prinz; Advisor(s):
Dr. Karl-Heinz Krempels,
Dipl.-Inform. Christoph Terwelp,
Felix Schwinger, M. Sc. RWTH
Intelligent agenda planning systems create itineraries for users based on their appointments and activities. The objective of the thesis is the analysis of the user planning task for appointments and activities, the design of a semantic model for the user dialog with an appointment and activity planning system. As proof of concept a functional prototype should be implemented and evaluated.
Master
Bachelor
From End User Needs to New Products Using the House of Quality - Open
Supervised by Prof. Dr. Matthias Jarke, PD Dr. Ralf Klamma, AOR; Advisor(s):
Dipl.-Medieninf. István Koren
Bachelor
Linking DevOps Tools to Social Requirements Engineering - Open
Supervised by Prof. Dr. Matthias Jarke, PD Dr. Ralf Klamma, AOR; Advisor(s):
Dipl.-Medieninf. István Koren
Master
Reservation, Booking and Customer Hotline Dialog Service - Open
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Wolfgang Prinz; Advisor(s):
Dr. Karl-Heinz Krempels,
Dipl.-Inform. Christoph Terwelp,
Felix Schwinger, M. Sc. RWTH
Reservation, booking and customer hotline services are based on context based dialog management. The objective of the thesis is the analysis of user interactions for different contexts in reservation, booking and customer hotline situations with a dialog management system and the design and implementation of a semantic model for the user dialog with a dialog management system. As proof of concept a functional prototype should be implemented and evaluated.
Master
Travel Information Dialog Service - Open
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Wolfgang Prinz; Advisor(s):
Dipl.-Inform. Christoph Terwelp,
Dr. Karl-Heinz Krempels,
Felix Schwinger, M. Sc. RWTH
Travel information services provide itinerary and context based user travel assistance. The objective of the thesis is the analysis of user interactions for different contexts in intermodal travel situations with a travel information assistance system and the design and implementation of a semantic model for the user dialog with a travel information assistance system. As proof of concept a functional prototype should be implemented and evaluated.
Master
User Digital Assistant Dialog Service - Open
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Thomas Rose; Advisor(s):
Dr. Karl-Heinz Krempels,
Dipl.-Inform. Christoph Terwelp,
Felix Schwinger, M. Sc. RWTH
Intelligent user assistant agents and chatbots provide task based interactions and functionality to the user. The objective of the thesis is the user interaction analysis for a given set of tasks, the design of a suitable dialog service based on a semantic knowledge model, and the implementation and evaluation of a functional prototype.
Bachelor
A Multimodal Mentoring Cockpit for Tutor Support - Running
Supervised by PD Dr. Ralf Klamma, AOR, Prof. Dr. Matthias Jarke; Advisor(s):
Peter de Lange, M.Sc.,
Alexander Tobias Neumann, M.Sc.
Learning analytics aim at providing an insight into the student’s learning process such that individual performance can be measured and thus provide the basis for individual student support. This thesis will utilize and evaluate existing mentoring solutions and aggregate them in a state-of-the-art progressive Web application. The outcome of this thesis will be a newly developed mentoring cockpit that meets the requirements of a holistic mentoring support experience.
Master
A Rule Based Recommendation System for Data Trend Visualisation - Running
Supervised by Prof. Dr. Christoph Quix, Prof. Dr. Matthias Jarke; Advisor(s):
Arnab Chakrabarti, M.Sc.
Master
An Interactive Mixed Reality Visualization Framework for Immersive Analytics - Running
Supervised by PD Dr. Ralf Klamma, AOR, Prof. Dr. Matthias Jarke; Advisor(s):
Dipl.-Medieninf. István Koren
Visualizations help humans in understanding complex data. A visual representation gives an overview of the data set so that it becomes possible to interpret it, e.g. to see patterns or correlations. With the rise of mixed reality technologies, various possibilities appeared in the field of Immersive Analytics. Instead of reducing the displayed content to a two-dimensional representation on a paper or screen, it is now possible to created three-dimensional visualizations. This enables the analyst to dive into the visual representation of the data and to freely explore it from different perspectives in a highly interactive manner.
Bachelor
Chat Interfaces for Social Bots in a Peer-to-Peer Environment - Running
Supervised by PD Dr. Ralf Klamma, AOR, Prof. Dr. Matthias Jarke; Advisor(s):
Peter de Lange, M.Sc.,
Alexander Tobias Neumann, M.Sc.
Social Bots (software robots) are computer algorithms that automatically produce content and interact with humans on social media. This thesis will utilize and evaluate a social bot framework with different community applications. It will also extend the framework to support two-way chat interfaces with the system via common chat applications (e.g. Slack).
Bachelor
Comparison of Open Source Big Data Integration tools - Running
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Christoph Quix; Advisor(s):
Arnab Chakrabarti, M.Sc.
Master
Detecting Appliances and Faults in Appliances based on Power Usage Data - Running
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Thomas Berlage; Advisor(s):
Karl Catewicz
Bachelor, Master
Distributed Activity Coordination with Constraints - Running
Supervised by Prof. Dr. Matthias Jarke, Prof. Dr. Wolfgang Prinz; Advisor(s):
Dr. Karl-Heinz Krempels,
Dipl.-Inform. Christoph Terwelp,
Felix Schwinger, M. Sc. RWTH
In cooperative user environments the distributed coordination of activities with hard and soft constraints is a challenging task. The objective of the thesis is the development of an heuristic for distributed coordination of activities with hard and soft constraints starting with a literature research, algorithm design and simulative evaluation.
Professorship for Christoph Quix 