Master Thesis Distributed Computing Projects

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Unique Distributed Computing Projects Topics:

• Real-Time, Non-instrusive Instrumentation and Monitoring of Standards-Based Event-Based Applications
• Finding a Steady State Point for Fixed Priority Independent Periodic Real-Time Tasks with Arbitrary Given Release Offsets [Master Thesis Distributed Computing Projects]
• An Analysis of Lazy and Eager Limited Preemption Approaches under DAG-Based Global Fixed Priority Scheduling
• A CAN Restbus HiL Elevator Simulator Based on Code Reuse and Device Para-Virtualization
• Determining the Communication Load for Self-Building Embedded Systems Based on Artificial DNA
• Online Scheduling and Interference Alleviation for Low-latency, High-throughput processing of Data Streams
• Research on the Architecture and its Implementation for Instrumentation and Measurement Cloud
• Towards highly scalable Ab Initio Molecular Dynamics (AIMD) Simulations on the Intel Knights Landing Manycore Processor
• Characterizing the Performance of Modern Architectures Through Opaque Benchmarks: Pitfalls Learned the Hard Way
• HOMP: Automated Distribution of Parallel Loops and Data in Highly Parallel Accelerator-Based Systems
• Modeling of Applications and Hardware to Explore Task Mapping and Scheduling Strategies on a Heterogeneous Micro-Server System
• On-FPGA Real-Time Processing of Biological Signals from High-Density MEAs: a Design Space Exploration
• Par-eXpress: A Tool for Analysis of Sequencing Experiments with Ambiguous Assignment of Fragments in Parallel
• Fault Tolerance for Cooperative Lifeline-Based Global Load Balancing in Java with APGAS and Hazelcast
• Approximation Proofs of a Fast and Efficient List Scheduling Algorithm for Task-Based Runtime Systems on Multi-cores and GPUs [Master Thesis Distributed Computing Projects]