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Available Theses for Distributed Computing

B = Bachelor, G = Group, M = Master, S = Semester

  title category type contact/supervisor assigned   edit (new)
Topics in Deep Reinforcement Learning B/M/S Oliver Richter,
Gino Brunner
available
Abstract - Model - Analyze B/M Julian Steger available
Aircraft Signal Receiver Hardware G/S Manuel Eichelberger,
Simon Tanner
available
Android Audio Beamforming B/G/M/S Simon Tanner available
Automatic Content Generation with Neural Networks B/M/S Gino Brunner,
Yuyi Wang
available
Competitive Taxis with Delay B/M Yuyi Wang,
Darya Melnyk
available
Creative Robot Composer B/G/S Manuel Eichelberger available
Distributed Computing Meets Deep Learning B/M/S Gino Brunner,
Yuyi Wang
available
DVB-T Positioning Implementation B/G/M/S Simon Tanner available
GPS Tracking Over LTE Hardware B/G/M/S Manuel Eichelberger available
Heuristics for Graph Coloring B/M/S Pál András Papp available
Improving Asynchronous Byzantine Agreement B/S Darya Melnyk available
Learning (Mining) from Non-i.i.d. Examples B/M/S Yuyi Wang,
Gino Brunner
available
Linear Motor Synchronization M/S Simon Tanner available
Lip Control B/G/M/S Yuyi Wang,
Gino Brunner
available
Malicious Data Leaks M Simon Tanner,
Gino Brunner
available
Nearest Neighbor Search in Ultrametric Spaces B/G/M/S Yuyi Wang,
Georgia Avarikioti
available
Neural Transfer of Linguistic Style B/M/S Gino Brunner,
Yuyi Wang
available
Neural Transfer of Musical Style B/M/S Gino Brunner,
Yuyi Wang
available
Online Matching (in Gaming Platforms) B/G/M/S Yuyi Wang available
Playing Games with Capsule Networks B/M/S Oliver Richter,
Gino Brunner
available
Quantum Physics Meets Distributed Computing B/G/M/S Yuyi Wang available
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