The evolution of Advanced Driver Assistance Systems (ADAS) towards the ultimate goal of
autonomous driving relies on a conspicuous number of sensors, to perform a wide range of …

In this paper, we discuss the possibility of generating high-resolution mapping of urban (or
extra-urban) environments by the application of synthetic aperture radar (SAR) processing …

Driven by the demand to develop self‐driving cars, automotive radars evolve rapidly at this
time. Current high end radars therefore have very little in common with the radars that were …

The future of driving extends from physical mobility and enjoyment today to having more
services enabled by wireless connectivity, clean and green technologies, secure …

This paper presents a synthetic aperture radar (SAR) system and processing algorithm for
automotive applications using a short range vehicle-mounted Frequency Modulation …

A synthetic aperture radar (SAR) set-up is presented which has been implemented at 77
GHz keeping the automotive requirements in mind. The time-domain back-projection …

Today, in almost all vehicle classes automotive radars are used to increase driver safety by
assistance systems like active cruise control (ACC) or blind spot detectors. Due to the …

Synthetic Aperture Radar (SAR) imaging with air-borne radar has many applications in
remote sensing, surface mapping, and civil infrastructure monitoring. In contrast, the …

Advanced driver assistance systems and automated driving applications use radar sensors
for different safety features. High resolution in azimuth dimension using radar can facilitate …

For autonomous driving vehicles, highly accurate representations of the environment are
essential for both trajectory planning and self-localization. Different possibilities allow to …