1-bit direction of arrival estimation based on Compressed Sensing. - Christoph Stöckle; Jawad Munir; Amine Mezghani; Josef A. Nossek (SPAWC, 2015)

DoA Estimation Performance and Computational Complexity of Subspace- and Compressed Sensing-based Methods. - Christoph Stöckle; Jawad Munir; Amine Mezghani; Josef A. Nossek (WSA, 2015)

Channel estimation in massive MIMO systems using 1-bit quantization. - Christoph Stöckle; Jawad Munir; Amine Mezghani; Josef A. Nossek (SPAWC, 2016)

Low-Complexity Sum Rate Maximization for Millimeter-Wave Communications. - Johannes Pickart; Christoph Stöckle; Michael Joham; Wolfgang Utschick (WSA, 2017)

Multi-User Hybrid Precoding for Millimeter-Wave Communications Based on a Linear Successive Allocation Method. - Christoph Stöckle; Wolfgang Utschick; Michael Joham; Jian Luo 001 (WSA, 2017)

OMP with Grid-Less Refinement Steps for Compressive mmWave MIMO Channel Estimation. - Lorenz Weiland; Christoph Stöckle; Michael Würth; Thomas Weinberger; Wolfgang Utschick (SAM, 2018)

Robust Design of an Automatic Emergency Braking System Considering Sensor Measurement Errors. - Christoph Stöckle; Wolfgang Utschick; Stephan Herrmann 003; Tobias Dirndorfer (ITSC, 2018)

Hybrid LISA Precoding for Multiuser Millimeter-Wave Communications. - Wolfgang Utschick; Christoph Stöckle; Michael Joham; Jian Luo 001 (IEEE Trans. Wirel. Commun., 2018)

Robust Function and Sensor Design Considering Sensor Measurement Errors Applied to Automatic Emergency Braking. - Christoph Stöckle; Wolfgang Utschick; Stephan Herrmann 003; Tobias Dirndorfer (IV, 2019)

An Efficient Approach to Simulation-Based Robust Function and Sensor Design Applied to an Automatic Emergency Braking System. - Michael L. Leyrer; Christoph Stöckle; Stephan Herrmann 003; Tobias Dirndorfer; Wolfgang Utschick (IV, 2020)

Robust Function and Sensor Design Considering Sensor Measurement Errors Applied to Automatic Emergency Steering. - Kuan-Fu Lin; Christoph Stöckle; Stephan Herrmann 003; Tobias Dirndorfer; Wolfgang Utschick (IV, 2020)

Automated Vehicular Safety Systems: Robust Function and Sensor Design. - Christoph Stöckle; Stephan Herrmann 003; Tobias Dirndorfer; Wolfgang Utschick (IEEE Signal Process. Mag., 2020)

Robust Design of Sensors and Functions in Vehicular Safety. - Christoph Stöckle (2022)