Dr. Julian Renner

Supervisors: Dipl.-Ing. Tobias Kaufmann, Dr. Tilman Müller, Dr. Volkmar Henke

Legal Areas: Litigation, Opposition, Nullity, Due Diligence, Prosecution

Technical Areas: Communications, Audio- and Video Coding, IT, and Electrical Engineering

Supervisor: Dr. Dominik Ho

Legal Areas: Litigation, Opposition, Nullity, Due Diligence, Prosecution

Technical Areas: Audio- and Video Coding, Communications, Computer Networks, IT, and Electrical Engineering

Group: Institute for Communications Engineering

Supervisor: Prof. Dr.-Ing. Antonia Wachter-Zeh

Research area: Communicaitons, Post-quantum cryptography

Group: Signal Processing Systems

Supervisor: Prof. Dr. Frans Willems

Research area: Embedding digital communication in automotive radars

Department: Research and Development

Lecture: Control Systems 1 (Prof. Buss’s Chair of Automatic Control Engineering)

Laboratory: Audio and Image Processing (Prof. Rigoll’s Institute for Human-Machine Communication)

Focus on capital markets and financial management

Master’s thesis on ”Machine Learning in Global Markets: a Private Investor Perspective” at the Chair of Financial Management and Capital Markets in collaboration with Prof. Horlemann, University of St.Gallen.

Grade average: 1.4 (passed with distinction, US-equivalent: A)

Group: Institute for Communications Engineering

Focus on cryptography and applied coding theory

Dissertation: ’Post-Quantum Cryptography in the Hamming Metric, the Rank Metric, and the Sum-Rank Metric’ refereed by Prof. Dr.-Ing. Georg Sigl, Prof. Dr.-Ing. Antonia Wachter-Zeh, Prof. Dr. Anna-Lena Horlemann

Grade: Magna cum laude (passed with great distinction).

Focus on communication systems, information theory, and digital signal processing

Master’s thesis on ”Multidimensional Probabilistic Shaping for the Nonlinear Fiber Channel” at the Institute for Communications Engineering in collaboration with Prof. Forchhammer, Technical University of Denmark.

Grade average: 1.0 (passed with high distinction, US-equivalent: A+)

Focus on communication technology and digital signal processing

Bachelor’s thesis on ”Quantization of Log-Likelihood-Ratios in Multiple-Input Multiple-Output Systems” at Prof. Utschick’s Chair of Signal Processing Methods

Grade average: 1.5 (passed with distinction, US-equivalent: A)