Completed PhD Theses
| Name | Thesis Title | Year |
|---|---|---|
| Andreas Grävinghoff | On the realization of fine grained multithreading in software | 2002 |
| Tobias Eggendorfer | Methods to Fight and Avoid SPAM | 2007 |
| Bernhard Fechner | Dynamic Methods of Fault Detection and Removal for Reliable Microprocessors | 2008 |
| Henning Klein | Fault tolerant and Secure Long Term Data Storage | 2012 |
| Roman Messmer | A new Methodology in Network Reliability | 2013 |
| Osman Ugus | Secure and Reliable Remote Programming in Wireless Sensor Networks | 2013 |
| Steffen Wendzel | Novel Approaches for Network Covert Storage Channels | 2013 |
| Michael Hanspach | Novel Attack Patterns and Protection Measures for Computing in High Security Enviroments | 2015 |
| Hans-Richard Kraft | Computer Security for Control and Automation Systems | 2016 |
| Kai Simon | Development, optimization and evaluation of vulnerability analyzes with publicly accessible search engines | 2017 |
| Patrick Eitschberger | Energy-efficient and Fault-tolerant Scheduling for Manycores and Grids | 2017 |
| Gabriele Spenger | Cryptographic Primitives in RFID Systems | 2017 |
| Daniel Spiekermann | Network Forensics in Virtual Environments | 2017 |
| Adil Bouti | Homomorphic Encryption and Cloud-Computing | 2020 |
| Martin Hellwig | Generation of Optimal Driving Strategies for Electric Vehicles | 2021 |
| Aykan Inan | Analyzing the Potential of a statistically-based Integer Factorization Method for use in Machine Learning by means of Prime Characteristics, Statistics and Geometry | 2023 |
| Tobias Schmidbauer | Novel Sophisticated Network-Level Covert Channels | 2023 Prof. Dr. Wendzel |
| Carina Heßeling | Network Storage Covert Channels in Sensor Data Transmissions based on Recoding IEEE754-compliant Number Representations | 2023 |
| Sebastian Litzinger | Raising Energy Efficiency and Fault Tolerance with Parallel Streaming Application Scheduling on Multicore Systems | 2023 |
LG Parallelität und VLSI
| 10.05.2024
