A bulk acoustic wave(BAW)-based sensor node for automotive wireless sensor networks. - Martin Flatscher; Markus Dielacher; Josef Prainsack; Rainer Matischek; Thomas Herndl; Thomas Lentsch; Wolfgang Pribyl (Elektrotech. Informationstechnik, 2008)

A robust wireless sensor node for in-tire-pressure monitoring. - Martin Flatscher; Markus Dielacher; Thomas Herndl; Thomas Lentsch; Rainer Matischek; Josef Prainsack; Wolfgang Pribyl; Horst Theuss; Werner Weber (ISSCC, 2009)

Image rejection in a receiver frontend by means of BAW resonators and an image-reject architecture. - Markus Dielacher; Martin Flatscher; Josef Prainsack; Rainer Matischek; Thomas Herndl; Wolfgang Pribyl (Elektrotech. Informationstechnik, 2009)

A BAW based Transceiver used as Wake-Up Receiver. - Markus Dielacher; Josef Prainsack; Martin Flatscher; Rainer Matischek; Thomas Herndl; Wolfgang Pribyl (ARCS Workshops, 2010)

Optimized Protocol Processing for a Low-Power Wireless Senor Node. - Rainer Matischek; Markus Dielacher; Martin Flatscher; Thomas Herndl; Josef Prainsack (ARCS Workshops, 2010)

Design of a digitally controlled oscillator for a Delta-Sigma phase-locked loop in a 0.13 µm CMOS-process. - Hartwig Unterassinger; Martin Flatscher; Thomas Herndl; Jakob Jongsma; Wolfgang Pribyl (Elektrotech. Informationstechnik, 2010)

A Bulk Acoustic Wave (BAW) Based Transceiver for an In-Tire-Pressure Monitoring Sensor Node. - Martin Flatscher; Markus Dielacher; Thomas Herndl; Thomas Lentsch; Rainer Matischek; Josef Prainsack; Wolfgang Pribyl; Horst Theuss; Werner Weber (IEEE J. Solid State Circuits, 2010)

A power management unit for ultra-low power wireless sensor networks. - Hartwig Unterassinger; Markus Dielacher; Martin Flatscher; Stefan Gruber; Gregor Kowalczyk; Josef Prainsack; Thomas Herndl; Johannes Schweighofer; Wolfgang Pribyl (AFRICON, 2011)

Real-Time Wireless MAC Protocol for Devices with Low-Power Protocol Processor Support. - Rainer Matischek; Thomas Herndl; Christoph Grimm 001; Jan Haase 001 (ARCS Workshops, 2011)

Real-time wireless communication in automotive applications. - Rainer Matischek; Thomas Herndl; Christoph Grimm 001; Jan Haase 001 (DATE, 2011)

A 2.4µW Wake-up Receiver for wireless sensor nodes with -71dBm sensitivity. - Christian Hambeck; Stefan Mahlknecht; Thomas Herndl (ISCAS, 2011)

Alternative power supply concepts for self-sufficient wireless sensor nodes by energy harvesting. - Robert Kappel; Günter Hofer; Gerald Holweg; Thomas Herndl (DATE, 2013)

Time-of-Flight 3D imaging for mixed-critical systems. - Norbert Druml; Gerwin Fleischmann; Christoph Heidenreich; Andrea Leitner; Helmut Martin; Thomas Herndl; Gerald Holweg (INDIN, 2015)

High performance Time-of-Flight and color sensor fusion with image-guided depth super resolution. - Hannes Plank; Gerald Holweg; Thomas Herndl; Norbert Druml (DATE, 2016)

Safety-critical human detection featuring time-of-flight environment perception. - Norbert Druml; Bernhard Rutte-Vas; Sandra Wilfling; Cristina Consani; Marcus Baumgart; Thomas Herndl; Gerald Holweg (ETFA, 2017)

PRYSTINE - PRogrammable sYSTems for INtelligence in AutomobilEs. - Norbert Druml; Georg Macher; Michael Stolz; Eric Armengaud; Daniel Watzenig; Christian Steger; Thomas Herndl; Andreas Eckel; Anna Ryabokon; Alfred Hoess; Sumeet S. Kumar; George Dimitrakopoulos 001; et al. (DSD, 2018)

Virtual White Cane Featuring Time-of-Flight 3D Imaging Supporting Visually Impaired Users. - Norbert Druml; Thomas Pietsch; Markus Dielacher; Christian Steger; Marcus Baumgart; Cristina Consani; Thomas Herndl; Gerald Holweg (DSD, 2018)

A fast and flexible HW/SW co-processing framework for Time-of-Flight 3D imaging. - Norbert Druml; Christoph Ehrenhöfer; Walter Bell; Christian Gailer; Hannes Plank; Thomas Herndl; Gerald Holweg (Microelectron. Reliab., 2018)

ACTIVE - Autonomous Car to Infrastructure Communication Mastering Adverse Environments. - Josef Steinbaeck; Herbert Füreder; Christian Steger; Eugen Brenner; Christian Schwarzl; Norbert Druml; Thomas Herndl; Stefan Loigge; Nadja Marko; Markus Postl; Georg Kail; Reinhard Hladik; et al. (SDF, 2019)