Instant Collaborative Web-Browsing with VCS. - Stefan Pietschmann; Matthias Niederhausen; Tobias Ruch; Roman Wilkowski; Johannes Richter (GeNeMe, 2007)

Compute-and-forward in the two-hop multi-antenna X-channel. - Eduard A. Jorswieck; Johannes Richter (ISCCSP, 2012)

An efficient branch-and-bound algorithm for compute-and-forward. - Johannes Richter; Christian Scheunert; Eduard A. Jorswieck (PIMRC, 2012)

Physical layer security vs. network layer secrecy: Who wins on the untrusted two-way relay channel? - Johannes Richter; Elke Franz 001; Sabrina Engelmann; Stefan Pfennig; Eduard A. Jorswieck (CAMAD, 2013)

Weak Secrecy in the Multi-Way Untrusted Relay Channel with Compute-and-Forward. - Johannes Richter; Christian Scheunert; Sabrina Engelmann; Eduard A. Jorswieck (CoRR, 2014)

Secrecy in the two-way untrusted relay channel with compute-and-forward. - Johannes Richter; Christian Scheunert; Sabrina Engelmann; Eduard A. Jorswieck (ICC, 2015)

Confidential Network Coding: Physical Layer vs. Network Layer. - Stefan Pfennig; Elke Franz 001; Johannes Richter; Christian Scheunert; Eduard A. Jorswieck (ICUWB, 2015)

Non-Cooperative Compute-and-Forward Strategies in Gaussian Multi-Source Multi-Relay Networks. - Johannes Richter; Jan Hejtmánek; Eduard A. Jorswieck; Jan Sykora (VTC Fall, 2015)

Weak Secrecy in the Multiway Untrusted Relay Channel With Compute-and-Forward. - Johannes Richter; Christian Scheunert; Sabrina Engelmann; Eduard A. Jorswieck (IEEE Trans. Inf. Forensics Secur., 2015)

On the development of intelligent optical inspections. - Johannes Richter; Detlef Streitferdt; Elena Rozova (CCWC, 2017)

Lot sizing in the forging industry considering lot size dependent tool wear. - Henrik Prinzhorn; Johannes Richter; Jan Langner; Malte Stonis; Peter Nyhuis (Prod. Eng., 2018)

Development of a predictive simulation method for thin flash generation in flashless precision forging processes of aluminum parts using FEA and experiments. - Johannes Richter; Malte Stonis; Jan Langner; Thoms Blohm; Bernd-Arno Behrens (Prod. Eng., 2018)

Modern Architecture for Deep Learning-Based Automatic Optical Inspection. - Johannes Richter; Detlef Streitferdt (COMPSAC (2), 2019)

Simulating the Printed Circuit Board Assembly Process for Image Generation. - Johannes Nau; Johannes Richter; Detlef Streitferdt; Michael Kirchhoff (COMPSAC, 2020)

KOI: An Architecture and Framework for Industrial and Academic Machine Learning Applications. - Johannes Richter; Johannes Nau; Michael Kirchhoff; Detlef Streitferdt (MDIS, 2020)

On the Development of a Unified Online Laboratory Framework. - Johannes Nau; Johannes Richter; Detlef Streitferdt; Karsten Henke; Robert-Niklas Bock; Andreas Mitschele-Thiel (REV, 2021)

Transparency and Traceability for AI-Based Defect Detection in PCB Production. - Ahmad Rezaei; Johannes Richter; Johannes Nau; Detlef Streitferdt; Michael Kirchhoff (MDIS, 2022)

FACEE: Framework for Automating CNN Explainability Evaluation. - Ahmad Rezaei; Johannes Nau; Johannes Richter; Detlef Streitferdt; Jörg Schambach (COMPSAC, 2023)

Analyse und Entwicklung einer Softwarearchitektur für die intelligente, optische Inspektion. - Johannes Richter (2023)