Low power object based data reception for DVB-T2. - Christian Forster; Heinrich Milosiu; Marco Breiling; Andreas Mull (BMSB, 2012)

A 3-µW 868-MHz wake-up receiver with -83 dBm sensitivity and scalable data rate. - Heinrich Milosiu; Frank Oehler; Markus Eppel; Dieter Frühsorger; Stephan Lensing; Gralf Popken; Thomas Thönes (ESSCIRC, 2013)

Sub-10 µW CMOS wake-up receiver IP for green SoC designs. - Heinrich Milosiu; Frank Oehler (SoCC, 2013)

Sub 10µW wake-up-receiver based indoor/outdoor asset tracking system. - Joerg Robert; Thomas Lindner 003; Heinrich Milosiu (ETFA, 2015)

A 7-µW 2.4-GHz wake-up receiver with -80 dBm sensitivity and high co-channel interferer tolerance. - Heinrich Milosiu; Frank Oehler; Markus Eppel; Dieter Frühsorger; Thomas Thönes (WiSNet, 2015)

A novel 1 µW super-regenerative receiver with reduced spurious emissions and improved co-channel interferer tolerance. - Markus Eppel; Heinrich Milosiu; Frank Oehler (WiSNet, 2016)

Automatic 2.4 GHz communication standard recognition based on ultra-low power receivers. - Matthias Kuba; Janina Ziller; Tobias Dräger; Heinrich Milosiu; Alexander Jaschke; Hans Adel (CCNC, 2017)

Area-efficient fully integrated dual-band class-E/F power amplifier with switchable output power for a BPSK/OOK transmitter. - Christopher Soell; Juergen Roeber; Heinrich Milosiu; Robert Weigel; Amelie Hagelauer (ISCAS, 2017)

A 780-nW Frequency-Agile Fully Integrated Super-Regenerative Multi-Channel UHF Receiver for Continuous Spectral Monitoring. - Markus Eppel; Heinrich Milosiu; Tobias Koegel; Frank Oehler (WiSNet, 2019)

Implementation and Validation of a Two-Stage Energy Extraction Circuit for a Self Sustained Asset-Tracking System. - Philipp Dorsch; Toni Bartsch; Florian Hubert; Heinrich Milosiu; Stefan J. Rupitsch (Sensors, 2019)