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Department of Telecommunication SystemsTheses in Progress

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Theses in Progress
Name
Title
Supervisor
Omar Abada
Anwendung eines Infrastructure-as-a-Code Ansatzes zur Optimierung von Elementen des Konfigurationsmanagements
Kao
Sinan Al-Bahrani
Collection and Analysis of IT-Service Deployment Scripts
Schmidt
Oksana Behrens
Vergleich von Ansätzen zur CO2-Einsparung iin Fog-Computing-Umgebungen
Wiesner
Viktoria Bill
Using Statistical Models to predict Combined Sewer Overflows based on Distributed Sensor Data
Lorenz
Luk Bjarne Burchard
Efficient Imaging of Temporal online Networks under strict Accesss Constraints
Kao
Robin Goegge
Unikernel Runtime Support in Cloud Computing
Becker
Fabian Sebastian Hofmann
Anomaly Detection Through Video Generation Forecasting
Schmidt
Konstantin Igin
Using Graph Neural Networks for Distributed Link Prediction
Geldenhuys
Puriwat Khantiviriya
Tuning the Performance of a Distributed Storage System Using Reinforcement Learning
Thamsen
Marvin Kronsbein
Device Workload Prediction for Distributed Systems through System Metric Analysis
Wittkopp
Peewee Manzer
Cloud Monitoring Systems of Distributed Systems for AI-based Operation
Schmidt
Dominik Nafz
Online Rescheduling of Anomaly Detection Units in IoT Networks
Schmidt
Eva Nguyen
The Potentials of AIOPs for large Companies - a Market Analysis Approach
Schmidt
Ayaz Ali Qureshi
Closing the AIOPS Loop: Integrating Automated Remediation Engines into a Self-Healing System
Becker
Musadiq Raees
Evaluation of P2P Video Streaming in Edge Computing Environments
Becker
Ricardo Romanowski
Praktische Evaluation einer neuen Methode zur Authentifikation analoger IoT Sensoren
Lorenz
Matthias Seiler
Benchmarking Fault Tolerance in Distributed Stream Processing Systems
Geldenhuys
Patrick Silatsa
Redundancy Management of Embedded Systems in IoT Environments
Behnke
Olga Tschudnowsky
Scheduling Recurring Distributed Data-Parallel Jobs On A Shared Cluster
Scheinert
Heye Vöcking
Bluestreak - Privacy aware User Segmentation for Online Advertisement using Linear Regression
Becker
Julian Weigel
A Framework for Testing Large-Scale Distributed IoT Applications
Thamsen
Jessica Woods
Adaptive Checkpointing for Distributed Stream Processing
Thamsen

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