course: Private and Anonymous Communication
- number:
- 148215
- teaching methods:
- lecture with tutorials
- media:
- computer based presentation
- responsible person:
- Prof. Dr. Christina Pöpper
- lecturer:
- Prof. Dr. Christina Pöpper (ETIT)
- language:
- english
- HWS:
- 4
- CP:
- 5
- offered in:
Exam
All statements pertaining to examination modalities (for the summer/winter term of 2020) are given with reservations. Changes due to new requirements from the university will be announced as soon as possible.
Termin wird vom Dozenten bekannt gegeben
Form of exam: | written |
Registration for exam: | FlexNow |
Duration: | 120min |
goals
The students are able to describe, classify, and assess techniques for private and anonymous communication. They are able to reason about the motivation for using these techniques and can describe different scenarios and applications. They are able to describe, classify, and (to a certain extent) counter attacks on privacy and anonymity. The students understand the architectures of different tools, approaches, and techniques that have been proposed and developed in this context. They are able to reason about the achieved levels of protection and also gain practical experience with different tools.
content
The focus of this course are privacy-enhancing technologies and anonymity techniques. Central elements are privacy metrics and techniques, vulnerabilities and attack mechanisms as well as detection, protection, and prevention techniques. The course will cover techniques for anonymous communication and browsing (e.g., Tor), anonymity in electronic payment systems (e.g., E-Cash, Bitcoin), steganographic and censorship circumvention techniques, communication hiding, and location privacy. The course may also cover special topics such as electronic voting or privacy in social networks.
requirements
none
recommended knowledge
Knowledge of the contents of Netzsicherheit and Computernetze as well as expertise in programming will be beneficial.
miscellaneous
The exercises cover reports, hands-on parts, programming as well as paper work with research papers.