Dipl.-Inf. Oliver Horst is employed as a staff researcher in the research group Trusted Applications at fortiss. Before this, he was a research engineer jointly at the Fraunhofer ESK and University of Augsburg for four years. There, he concentrated on future automotive software architectures, with a particular emphasis on virtualization techniques and electro mobility. He attended the diploma program "Kerninformatik" at the Technical University of Dortmund, which he completed in 2009. During his studies he focused on computer architecture, embedded systems and simulation. In his diploma thesis, he researched ways to reuse existing motor control software on new hardware platforms without recompilation at the corporate research department of Robert Bosch GmbH near Stuttgart. In his time as a student, he was working as part time software developer for various companies. Today, Mr. Horst is concerned with dependable software architectures and communication algorithms for cyber-physical systems, with special emphasis on multi-core platforms and mixed-criticality environments.

• Embedded real-time systems
• Open and adaptive CPS
• Trusted Apps for open CPS
• Mixed criticality systems
• Virtualization of embedded devices

2019:

• Implementation and Validation of a Clock Drift Algorithm for FreeRTOS, bachelor thesis
• Qualitative comparison of various EDF scheduler implementations for FreeRTOS, bachelor thesis

2018:

• Evaluation of a Multi-core Processor Regarding Response Time and Load Limit for Interrupt Processing, bachelor thesis
• Exploration of hybrid metaheuristic concepts within a massively distributed genetic algorithm framework, master thesis
• Construction and Evaluation of a Distributed Hash Table as a Decentralized Fitness Value Pool for Genetic Algorithms on HPC Systems, master thesis
• Development of a Measurement Environment to Identify Characteristical Properties of the Xilinx UltraScale+ MPSoC, bachelor thesis
• Expandable evaluation of the approximation quality of machine learning algorithms for cycle accurate timing measurements, bachelor thesis
• Implementation of a bus bandwidth reservation manager for ARMv8 architectures, IDP

2016:

• Secure run-time binary loading in a trusted real-time environment, master thesis

2015:

• Entwicklung einer auf OT1 basierenden Applikations-Tracing und Profiling Infrastruktur für FreeRTOS, bachelor thesis

2014:

• Hardware Assisted Embedded Virtualization, master thesis
• Portierung von lwIP auf FreeRTOS und Konzipierung einer AVB-Erweiterung , bachelor thesis
• Developement of a Benchmark for the Evaluation of Different IPC Mechanisms on Embedded Multicore Systems, bachelor thesis

• ACM - Adaptive City Mobility [National, BMWi, 2013 - 2015]
• TAPPS - Trusted Apps for open CPSs [EU, Horizon 2020, 2015-2017]
• PASS - Platform for Automotive Apps Guaranteeing Security and Safety [National, BMWi, 2017-2019]