A Wearable User Interface for Measuring Reaction Time. - Burcu Cinaz; Christian Vogt 002; Bert Arnrich; Gerhard Tröster (AmI, 2011)

Implementation and evaluation of wearable reaction time tests. - Burcu Cinaz; Christian Vogt 002; Bert Arnrich; Gerhard Tröster (Pervasive Mob. Comput., 2012)

Sensor technology for ice hockey and skating. - Michael Hardegger; Benjamin Ledergerber; Severin Mutter; Christian Vogt 002; Julia Seiter 001; Alberto Calatroni; Gerhard Tröster (BSN, 2015)

Integrated CMOS receiver for wearable coil arrays in MRI applications. - Benjamin Sporrer; Luca Bettini; Christian Vogt 002; Andreas Mehmann; Jonas Reber; Josip Marjanovic; David O. Brunner; Thomas Burger; Klaas Paul Pruessmann; Gerhard Tröster; Qiuting Huang (DATE, 2015)

Design and simulation of a 800 Mbit/s data link for magnetic resonance imaging wearables. - Christian Vogt 002; Lars Büthe; Luisa Petti; Giuseppe Cantarella; Niko Münzenrieder; Alwin Daus; Gerhard Tröster (EMBC, 2015)

A wearable bluetooth LE sensor for patient monitoring during MRI scans. - Christian Vogt 002; Jonas Reber; Daniel Waltisberg; Lars Büthe; Josip Marjanovic; Niko Münzenrieder; Klaas Paul Pruessmann; Gerhard Tröster (EMBC, 2016)

27.4 A sub-1dB NF dual-channel on-coil CMOS receiver for Magnetic Resonance Imaging. - Benjamin Sporrer; Lianbo Wu; Luca Bettini; Christian Vogt 002; Jonas Reber; Josip Marjanovic; Thomas Burger; David O. Brunner; Klaas Paul Pruessmann; Gerhard Tröster; Qiuting Huang (ISSCC, 2017)

A Fully Integrated Dual-Channel On-Coil CMOS Receiver for Array Coils in 1.5-10.5 T MRI. - Benjamin Sporrer; Lianbo Wu; Luca Bettini; Christian Vogt 002; Jonas Reber; Josip Marjanovic; Thomas Burger; David O. Brunner; Klaas P. Pruessmann; Gerhard Tröster; Qiuting Huang (IEEE Trans. Biomed. Circuits Syst., 2017)

On the Bending and Stretching of Liquid Metal Receive Coils for Magnetic Resonance Imaging. - Andreas Mehmann; Matija Varga; Christian Vogt 002; Andreas Port; Jonas Reber; Josip Marjanovic; Klaas Paul Pruessmann; Gerhard Tröster (IEEE Trans. Biomed. Eng., 2019)

Automatic Resonance Frequency Retuning of Stretchable Liquid Metal Receive Coil for Magnetic Resonance Imaging. - Andreas Mehmann; Christian Vogt 002; Matija Varga; Andreas Port; Jonas Reber; Josip Marjanovic; Klaas Paul Pruessmann; Benjamin Sporrer; Qiuting Huang; Gerhard Tröster (IEEE Trans. Medical Imaging, 2019)

Tiny TCN model for Gesture Recognition With Multi-point Low power ToF-Sensors. - Stephan Boner; Christian Vogt 002; Michele Magno (AICAS, 2022)

A RDMA Interface for Ultra-Fast Ultrasound Data-Streaming over an Optical Link. - Andrea Cossettini; Konstantin Taranov; Christian Vogt 002; Michele Magno; Torsten Hoefler; Luca Benini (DATE, 2022)

Survey, Analysis and Comparison of Radar Technologies for Embedded Vital Sign Monitoring. - Marco Giordano; Gamze Islamoglu; Viviane Potocnik; Christian Vogt 002; Michele Magno (EMBC, 2022)

Realtime Hand-Gesture Recognition Based on Novel Charge Variation Sensor and IMU. - Elio Reinschmidt; Christian Vogt 002; Michele Magno (IEEE SENSORS, 2022)

TinyissimoYOLO: A Quantized, Low-Memory Footprint, TinyML Object Detection Network for Low Power Microcontrollers. - Julian Moosmann; Marco Giordano; Christian Vogt 002; Michele Magno (AICAS, 2023)

A Lora-Based and Maintenance-Free Cattle Monitoring System for Alpine Pastures and Remote Locations. - Lukas Schulthess; Fabrice Longchamp; Christian Vogt 002; Michele Magno (ENSsys@SenSys, 2023)

Poster Abstract: A Human Body Power Transfer System to Enable Battery-Less Sensor Nodes. - Rabea Rogge; Lukas Schulthess; Christian Vogt 002; Michele Magno (IoTDI, 2023)

Poster Abstract: A LoRa-based Energy-Efficient Sensing System for Urban Computing. - Lukas Schulthess; Tiago Salzmann; Christian Vogt 002; Michele Magno (IoTDI, 2023)

A LoRa-based Energy-efficient Sensing System for Urban Data Collection. - Lukas Schulthess; Tiago Salzmann; Christian Vogt 002; Michele Magno (IWASI, 2023)

Advancing Freight Train Integrity Monitoring for Next-Generation Railway Signaling Using UWB Ranging. - Denis Mikhaylov; Fu Zheng; Philipp Mayer; Christian Vogt 002; Tommaso Polonelli; Michele Magno (WF-IoT, 2023)

Latency and Power Consumption in 2.4GHz IoT Wireless Mesh Nodes: An Experimental Evaluation of Bluetooth Mesh and Wirepas Mesh. - Silvano Cortesi; Christian Vogt 002; Elio Reinschmidt; Michele Magno (WiMob, 2023)

Latency and Power Consumption in 2.4 GHz IoT Wireless Mesh Nodes: An Experimental Evaluation of Bluetooth Mesh and Wirepas Mesh. - Silvano Cortesi; Christian Vogt 002; Elio Reinschmidt; Michele Magno (CoRR, 2023)

Angle of Arrival and Centimeter Distance Estimation on a Smart UWB Sensor Node. - Tobias Margiani; Silvano Cortesi; Milena Keller; Christian Vogt 002; Tommaso Polonelli; Michele Magno (IEEE Trans. Instrum. Meas., 2023)

Comparison between an RSSI- and an MCPD-Based BLE Indoor Localization System. - Silvano Cortesi; Christian Vogt 002; Michele Magno (Comput., 2023)

SwiftEagle: An Advanced Open-Source, Miniaturized FPGA UAS Platform with Dual DVS/Frame Camera for Cutting-Edge Low-Latency Autonomous Algorithms. - Christian Vogt 002; Michael Jost 003; Michele Magno (IROS, 2024)

ForzaETH Race Stack - Scaled Autonomous Head-to-Head Racing on Fully Commercial off-the-Shelf Hardware. - Nicolas Baumann; Edoardo Ghignone; Jonas Kühne; Niklas Bastuck; Jonathan Becker; Nadine Imholz; Tobias Kränzlin; Tian Yi Lim; Michael Lötscher; Luca Schwarzenbach; Luca Tognoni; Christian Vogt 002; et al. (CoRR, 2024)

Towards Low-Latency Event-based Obstacle Avoidance on a FPGA-Drone. - Pietro Bonazzi; Christian Vogt 002; Michael Jost 003; Lyes Khacef; Federico Paredes-Vallés; Michele Magno (CVPR Workshops, 2025)

BodySense: An Expandable and Wearable-Sized Wireless Evaluation Platform for Human Body Communication. - Lukas Schulthess; Philipp Mayer; Christian Vogt 002; Luca Benini; Michele Magno (I2MTC, 2025)

ListenToJESD204B: A Lightweight Open-Source JESD204B IP Core for FPGA-Based Ultrasound Acquisition systems. - Soumyo Bhattacharjee; Federico Villani; Christian Vogt 002; Andrea Cossettini; Luca Benini (IWASI, 2025)

A Proximity-Based Approach for Dynamically Matching Industrial Assets and Their Operators Using Low-Power IoT Devices. - Silvano Cortesi; Michele Crabolu; Prodromos-Vasileios Mekikis; Giovanni Bellusci; Christian Vogt 002; Michele Magno (IEEE Internet Things J., 2025)

WakeLoc: An Ultra-Low Power, Accurate and Scalable On-Demand RTLS using Wake-Up Radios. - Silvano Cortesi; Christian Vogt 002; Michele Magno (CoRR, 2025)

RGB-Event Fusion with Self-Attention for Collision Prediction. - Pietro Bonazzi; Christian Vogt 002; Michael Jost 003; Haotong Qin; Lyes Khacef; Federico Paredes-Vallés; Michele Magno (CoRR, 2025)