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Department of InformaticsDistributed Operating Systems (DOS)

Photo: UHH/Denstorf

Distributed Operating Systems

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 Janick Edinger directly to arrange an individual topic.

You can find the Latex template for your thesis here.

Current Theses:

Communication

Photo: Zierahn

Fast and reliable scheduling of discrete-event simulation runs in heterogeneous edge computing environments

Bachelor thesis

Understanding the user and deriving requirements

Photo: Reichert

A Demand Analysis for Peer-to-Peer Computational Resource Sharing

Bachelor thesis

Barriers in untrustworthy, open, and dynamic edge environments

Photo: Röbert

A Secure Context-Aware Middleware for Computation Offloading in Untrustworthy, Open, and Dynamic Edge Environments

Master thesis

Broker infrastructure with subscribers for temperature and humidity data in Hamburg

Photo: Dakowitz

Evaluation of a cascading broker infrastructure with focus on resource management and horizontal scaling

Master thesis

Web Application with Social Model

Photo: Khosravi

Development of a Social Overlay on Top of a Distributed Computing System

Bachelor thesis

From GNSS-based outdoor to sensor-only based indoor positioning

Photo: Caanitz

An IoT driven approach of high accuracy wheelchair indoor positioning

Bachelor thesis

Gathering intertial data

Photo: Wannags

Development of a sensor board for the acquisition of intertial data

Bachelor thesis

From Sensor Devices to the Service

Photo: van der Veen

Privacy Preserving Edge Computing in Decentralized Citizen-centric Sensor Networks

Master thesis

Past Theses:

  • 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