General
- study semester
-
5-6
- standard study semester
-
6
- cycle
- occasional
- duration
- 1 semester
- SWS
- 4
- ECTS
- 6
- teaching language
- English
People
- responsible
-
Dr. Nico Döttling
- lectures
-
Dr. Nico Döttling
Assessment & Grades
- entrance requirements
-
Cryptography
- assessment / exams
Mündliche Prüfung oder Abschlussklausur
- grade
Das Modul ist insgesamt bestanden, wenn die Prüfungsleistung bestanden wurde.
Workload
- course type /weekly hours
2 h lectures
+ 2 h tutorial
= 4 h (weekly)
- total workload
60 h of classes
+ 120 h private study
= 180 h (= 6 ECTS)
Aims / Competences to be developed
Students will be obtaining a basic understanding of advanced concepts of modern cryptography, such as how to modeling security of complex systems, advanced encryption schemes like fully homomorphic encryption and functional encryption, as well as zero-knowledge proofs and multiparty computation.
Content
- Modelling Security for Encryption Schemes
- Proving Security of Encryption Schemes
- Tools and Paradigms for designing Encryption Schemes
- Advanced notions of encryption such as homomorphic encryption, identity based
encryption, attribute-based encryption and functional encryption
Literature & Reading
The teaching material will be in English and it will be announced at the beginning of the lecture.
Additional Information
Curriculum
This module is part of the following study programmes:
Cybersicherheit BSc: Vertiefungsvorlesungen der Cybersicherheit
study semester: 5-6 / standard study semester: 6
Cybersecurity MSc: Vertiefungsvorlesungen Cybersecurity
study semester: 1-3 / standard study semester: 4
Cybersecurity BSc (English): Kernthemen der Cybersicherheit
study semester: 5-6 / standard study semester: 6