A major drawback of frequency modulated continuous-wave (FMCW) radar systems is the
permanent leakage from the transmit into the receive path. Besides leakage within the radar …

Radar systems are key components for today's advanced driver assistance systems such as
adaptive cruise control or emergency brake assistants. Along with the rising utilization of …

The number of cars equipped with radar sensors is steadily increasing. Hence, mutual
sensor interference will inevitably occur frequently. Interference results in decreased sensing …

The first approaches to improve vehicle safety were so-called passive safety systems, which
did not directly interfere with the driving process but protected the occupants during a crash. …

Frequency-modulated continuous wave radar systems suffer from permanent leakage of the
transmit signal into the receive path. Besides leakage within the radar device itself, an …

Radar sensors are increasingly utilized in today's cars. This inevitably leads to increased
mutual sensor interference and thus a performance decrease, potentially resulting in major …

The critical issue of mutual interference in automotive radar leads to a growing number of
processing algorithms for mitigation. Analyses of their performance have been mostly based …

One of the most dominant signal distortions in a frequency modulated continuous wave (FMCW)
radar system is the phase noise (PN) contained in the transmit signal. It has significant …

One exciting challenge for future scientists and engineers will be to contribute to the
development and introduction of self-driving cars. Under the objective of making young talent …

The presence of phase noise (PN) severely deteriorates the sensitivity and range of
frequency-modulated continuous wave radar systems. Thus, characterization and continuous …