Open Thesis
I do have a wide range of theses topics in the area of Blockchain and Distributed Systems. If you are interested in another topic in this research field, please talk to me!
To give an overview over active topics, I'm interested in the following open source projects:
Current open topics:
- Fast, efficient, and P2P friendly transport protocols - TCP/QUIC alternatives such as KCP
- Technical blockchain topics, especially scaling issues.
- Fully decentralized P2P application
- Measuring open source contributions
All of these topics could fill a PhD program, thus, a narrow scope has to be defined first. These topics can be done within: Master thesis (MSE, MAS), Bachelor thesis, and Study work.
Current ongoing thesis topics:
- (HS22) mintbay.io - Marktplatz für NFT’s (Marc Schoch)
Finished thesis topics:
- (FS18) Cryptographic Sortition for Proof of Stake in Bazo (Roman Blum)
- (FS18) Integrating Smart Contracts into the Bazo Blockchain (Ennio Meier, Marco Steiner)
- (HS18) A Pruneable Approach for Bazo (Stefano Fontana)
- (HS18) Scalability for the Bazo Blockchain with Sharding (Roman Blum)
- (HS18) Smart Contracts with the Bazo Blockchain (Remo Pfister, Keerthikan Thurairatnam)
- (HS18) Distributed WebRTC Signaling (Demian Thoma, Lukas Röllin)
- (FS19) Lazo Implementation - Smart Contract Language for Bazo Blockchain (Remo Pfister, Keerthikan Thurairatnam)
- (FS19) Airflash – Firmware Management for Temperature Loggers (Jan Winter, Fabian Meier)
- (HS19) 0-RTT Protocol in Golang (Thomas Elsensohn, Nicola Stalder)
- (HS19) Shared Processing Unit Term Project (Roman Kramer, Dijan Helbling)
- (FS20) Shared Processing Unit (Roman Kramer, Dijan Helbling)
- (FS20) ATP – A P2P Protocol (Nicola Stalder)
- (FS20) proofX - Machine Learning-based Fake Detection (Andreas Fraefel, Marco Keller)
- (FS21) P2P Library in Golang (Dominik Dietler, Fabienne König, Sinthujan Lohanathan)
- (HS21) Kryptowährungen als Zahlungsmittel bei FlatFeeStack (Armend Lesi, Marco Endres)
- (FS22) Building a Cryptocurrency Payment Provider (Armend Lesi, Marco Endres)