Signe Rüsch

Wissenschaftliche Mitarbeiterin

Research

Signe Rüsch, Kai Bleeke and Rüdiger Kapitza: Themis: An Efficient and Memory-Safe BFT Framework in Rust (Research Statement), in 3rd Workshop on Scalable and Resilient Infrastructures for Distributed Ledgers (SERIAL 2019), Davis, CA, USA, December 2019 (ruesch2019themis, BibTeX, Accepted for Publication.)
Signe Rüsch, Kai Bleeke and Rüdiger Kapitza: Bloxy: Providing Transparent and Generic BFT-Based Ordering Services for Blockchains, in 38th International Symposium on Reliable Distributed Systems (SRDS 2019), Lyon, France, October 2019 (ruesch2019bloxy, BibTeX, Slides, Poster, Best Poster Award.)

Signe Rüsch, Ines Messadi and Rüdiger Kapitza: Towards Low-Latency Byzantine Agreement Protocols Using RDMA, in Proceedings of the 1st Workshop on Byzantine Consensus and Resilient Blockchains, BCRB'18, Luxemburg, June 2018 (ruesch2018rubin, BibTeX, Slides)
Signe Rüsch: High-Performance Consensus Mechanisms for Blockchains, in 12th EuroSys Doctoral Workshop, EuroDW'18, Porto, Portugal, April 2018 (ruesch2018dw, BibTeX, Poster)
David Goltzsche, Signe Rüsch, Manuel Nieke, Sébastien Vaucher, Nico Weichbrodt, Valerio Schiavoni, Pierre-Louis Aublin, Paolo Costa, Christof Fetzer, Pascal Felber, Peter Pietzuch and Rüdiger Kapitza: EndBox: Scalable Middlebox Functions Using Client-Side Trusted Execution, in Proceedings of the 48th International Conference on Dependable Systems and Networks, DSN'18, 2018 (goltzsche2018endbox, DOI, BibTeX, Slides)
Wenbo Xu, Signe Rüsch, Bijun Li and Rüdiger Kapitza: Hybrid Fault-Tolerant Consensus in Asynchronous and Wireless Embedded Systems, in 22nd International Conference on Principles of Distributed Systems (OPODIS 2018), Leibniz International Proceedings in Informatics (LIPIcs), pages 15:1-15:16, 2018 (xu2018opodis, DOI, BibTeX)

Signe Rüsch, Dominik Schürmann, Rüdiger Kapitza and Lars Wolf: Forward Secure Delay-Tolerant Networking, in Proceedings of the 12th Workshop on Challenged Networks, CHANTS '17, Snowbird, Utah, USA, pages 7-12, ACM, October 2017 (ruesch:chants:2017, DOI, BibTeX, Slides)

Title	Type	Supervisor	Status
Scalability of Chaincode Applications in the Hyperledger Fabric Blockchain	Bachelor Thesis, Project Thesis	Signe Rüsch	open
Byzantine Consensus with Bus Communication in Rust	Master Thesis, Project Thesis	Signe Rüsch	open

Title	Type	Supervisor	Status
Data Analysis of Location Traces	Bachelor Thesis, Project Thesis	Signe Rüsch	tentative
Integrating a Blockchain Application into the Social Media Platform Twitter	Bachelor Thesis, Project Thesis	Signe Rüsch	tentative
Multi-Enclave BFT Protocols	Master Thesis	Signe Rüsch, Ines Messadi	running
Design and Implementation of an Embedded Blockchain in Train Systems	Bachelor Thesis	Signe Rüsch	tentative
Design and Implementation of a Ranking System with Gamification Elements	Bachelor Thesis	David Goltzsche, Signe Rüsch	running
Security-Aware Application Partitioning in Rust Using Intel SGX	Bachelor Thesis, Project Thesis	Signe Rüsch	tentative

Title	Type	Supervisor	Status
Implementation of a Byzantine Agreement Scheme in Rust	Project Thesis	Signe Rüsch	finished
Improving the Scalability of BFT Protocols	Master Thesis	Signe Rüsch	finished
Characterization and Benchmarking of Current Blockchains	Master Thesis	Signe Rüsch	finished
Collecting Time and Location Evidence on Smartphones	Bachelor Thesis	Signe Rüsch	finished
Integration of a BFT consensus protocol in Hyperledger Fabric	Bachelor Thesis	Signe Rüsch	finished
Trusted Location Traces in Blockchains	Master Thesis	Signe Rüsch	finished
Trustworthy Recording of Media Files using Blockchains	Project Thesis	Signe Rüsch	finished
Low Latency Byzantine Agreement using RDMA	Bachelor Thesis	Signe Rüsch, Ines Messadi	finished

last changed 2019-11-04, 14:25 (dynamic content) by Signe Rüsch