| Carl Friedrich Gauß Faculty | Department of Computer Science


Running Theses

Development of ECG and GSR for INGABachelor ThesisDr. Ulf Kulau, Dr. Felix Büschingrunning
Geometric Approaches to Coordinated Motion Planning under Connectivity ConstraintsBachelor ThesisProf. Dr. Sándor P. Feketerunning
Development of an SGX-aware Benchmarking SuiteBachelor Thesis, Master Thesis, Project ThesisNico Weichbrodtrunning
A continuous integration approach to enable the sustainable development of a Byzantine fault-tolerant frameworkBachelor Thesis, Master Thesis, Project ThesisInes Messadirunning
Serverless Mobile Agents: Das Beste beider WeltenBachelor ThesisManuel Niekerunning
LoRa meets DTN - Development and evaluation of a delay tolerant LoRa based sensor network for food storehousesMaster ThesisBjörn Gernertrunning
Parallelisierte Messung von Phasengängen zur LokalisationMaster ThesisYannic Schröderrunning
Selectively Relaying ITS-G5 Messages via Roadside Units at IntersectionsMaster ThesisKeno Garlichs, Martin Wegnerrunning
Extending Parking Communities with RSUs as a trusted memberMaster ThesisKeno Garlichs, Martin Wegnerrunning
Trusted Location Traces in BlockchainsMaster ThesisSigne Rüschrunning
FaaS in TrustJSMaster ThesisDavid Goltzscherunning
Modularization and Generalization of the InPhase-System for Different PlatformsMaster ThesisYannic Schröderrunning
Multi-Enclave BFT ProtocolsMaster ThesisSigne Rüsch, Ines Messadirunning
Development of a fast distributed Key-Value Store with Integrity verificationMaster ThesisInes Messadirunning
Entwicklung eines kontextabhängigen Ratings für Sensorknoten in drahtlosen SensornetzwerkenMaster ThesisRobert Hartungrunning
Implementierung einer FPGA basierenden DatenakquisitionBachelor Thesis, Master Thesis, Project ThesisBjörn Cassensrunning
Realisation and Implementation of a TEG-HarvesterProject ThesisSven Pullwittrunning
Implementierung und Evaluation eines generischen Proxies für vertrauenswürdige WebanwendungenProject ThesisDavid Goltzscherunning

last changed 2016-02-17, 11:11 (dynamic content) by Frank Steinberg