Winter Term 2017/2018
Open Theses
- Chaos Engineering for JARVIS
- Mutation Testing to Evaluate Combinatorial Tests
- Improving Test Oracles in a Java-based Combinatorial Testing Framework
- Assessing the expressiveness of OTDS: is it a Turing complete language?
- DevOps: Continuous Delivery for Industry 4.0
- DevOps: Extending JARVIS Framework
- DevOps: Continuous Analysis of Infrastructure as Code
- DevOps-aware Software Complexity
- DevOps: Let’s make JARVIS cloud-native
- DevOps: Analyzing Operating Data from JARVIS
- DevOps: Smells and Anti-Patterns for Continuous Delivery Pipelines
- DevOps: Smart Modeling Support and Tooling for JARVIS
Current Theses
- Development of an Automated Combinatorial Testing Framework
- State of the Art in Defensive Programming
- Optimization of Continuous Delivery Processes by Automated Activity Decomposition
- A Large-Scale Industrial Case Study of Continuous Delivery with JARVIS
- Building an Experimental Environment for Edge Devices in the Context of Industry 4.0
- Security and Hardening in Continuous Delivery
- Model-Driven Continuous Operation Platform
- Performance Benchmarking of PHP-based Microservices Architectures
- A Benchmark Infrastructure for Fault Characterization in Combinatorial Testing
- A Framework for Cost-aware Combinatorial Testing
- Implementation of a Continuous Delivery Pipeline for Enterprise Architecture Model Evolution
- An Automated Quality Framework For EA Model Assessment