Pin-Hsun Lin
Ph.D.
Institut für Nachrichtentechnik
Technische Universität Braunschweig
Schleinitzstraße 22 (Raum 212A)
38106 Braunschweig
Personal website https://sites.google.com/site/pinhsunlin/
p.lin(at)tu-braunschweig.de
Tel.: +49 (0) 531 391 - 2405
Fax: +49 (0) 531 391 - 8218
Supervising Theses
1. Leting Deng, List decoding and its application, Dec. 2023 ~ June 2024
Supervised Theses
Diploma and Master Theses
13. Jianping Zhang, Latent variable secrecy: a new grouping scheme and system performance evaluation, May, 2024. Submitted to SPAWC24
12. Lu Gou, Asymptotic expansion and its application on finite blocklength
analysis, Nov. 2023
11. Kailun Dong, Two-user Gaussian interference channel with heterogeneous blocklength constraints, Aug. 2023. Submitted to SPAWC24
10. Ya Gao, Intelligent Reflecting Surface Design for Legitimate and Illegitimate Receivers by Gradient Ascend and Descend Method, Aug. 2023. Submitted to SPAWC24
09. Fenglin Zhou, Latent variable secrecy in practice, Feb. 2023
08. Shangxuan Lyu, Entwurf eines Abhör-Codes durch ein neuronales Netz, Jan. 2023, accepted by WIFS23
07. Jialei He, Estimation of mutual information: lower and upper bounds, Jan. 2023
06. Renyu Liu, Performance analysis of early decoding with error correction codes, Jan. 2023
05. Xiaoyang Xu, Necessary conditions on the optimality of joint distributions for maximizing the secrecy outage capacity, Dec. 2022, presented in CISS23
04. Xinyue Sun, Achievable Rate Analysis of Some Binary Interference Channels, Sept. 2022
03. Marcel Mross, Fundamental Properties of the Gaussian Broadcast Channel with Heterogeneous Blocklength Constraints, Jan. 2022, presented in ISITA22
02. Karl-Ludwig Besser, Machine Learning as A Channel Decoder under Finite Block Length, July 2018, presented in Asilomar18
01. Nan Chen, Physical Layer Key Agreement - New Steps to A Secure Future, Oct. 2016
Student Projects and Bachelor Theses
01. Nan Chen, Physical Layer Key Agreement - Further Steps to A Secure Future, Dec. 2015
Netzwerk-Informationstheorie
Sicherheit auf der Übertragungsschicht
Netzwerk-Informationstheorie
Sicherheit auf der Übertragungsschicht