Theses
If you would like to write a thesis (bachelor's or master's) with us, this is the right place to see the range of possible topics. If you already have a topic in mind, you can also contact us at thesis-dos.min"AT"uni-hamburg.de with your CV and current Transcript of Records to arrange an individual topic. You can find a list of current and past topics below or take a look at out our projects page.
Excerpt of Current and Past Theses:
List of All Past Theses:
- A Secure Locality-Aware Middleware for Computation Offloading in Untrustworthy, Open and Dynamic Edge Environments
- A neural network approach to detecting contextual events in crowd sourced time series data
- Distributed Network Monitoring in Wireless Sensor Networks
- Privacy Preserving Edge Processing in Decentralized Citizen-centric Sensor Networks
- Discovery of mobile sensors in distributed sensor networks in the smart city context
- Context-Adaptive Computational Offloading for Distributed Nature-Inspired Algorithms in Heterogeneous Edge Environments
- Seamless session migration of Co-Editing Webservices
- A Middleware for Multi-Modal Mobile Device Input
- Auswirkungen von Taproot auf bekannte Deanonymisierungsverfahren von Bitcoin
- Suchalgorithmen für Drohnen zur Lokalisierung von Opfern in Katastrophengebieten
- Untersuchung und Kategorisierung von Schwachstellen in Ethereum Smart Contracts zur Inkludierung in statischen Codeanalyse-Werkzeugen
- A Survey of Context-Aware Task Allocation
- Development of an Eclipse Plug-In for Tasklets
- From Serverless to IaaS: Evaluating Strategies for Task Offloading to the Cloud
- Experimental Evaluation of Machine Learning for Energy-Aware Code Offloading in Edge Computing
- Nature-Inspired Algorithms in Edge Computing
- Development of an Evaluation Framework for Distributed IoT Applications
- Survey on Context-aware Parallelization in Distributed Computing Systems
- Development of a Tasklet Broker Overlay Network
- Code Offloading for IoT Devices in Edge Computing
- Distributed Computing for Computation-Intensive Algorithms in Supply Chain Management
- Development of Highly Parallel Programs for Distributed Computing
- Empirical Evaluation of Distributed Ant Colony Optimization Strategies
- Incentives and Obstacles of Computational Resource Sharing: A Potential Analysis in a Real-World Experimental Study
- Monitoring-Dienste im Web of Things
- Sensordatenabfrage zur Wissensgewinnung in einem verteilten Netz mittels SPARQL
- Evaluation of peer-to-peer architectures in the context of large-scale sensor networks
- A comparison of CEP-Frameworks regarding their suitability for a role-based access control system in a smart campus environment