This work considers direction-finding using a monostatic multiple-input multiple-output
(MIMO) radar in the presence of impulsive noise. Employing a novel low-order covariance …

The improvement of the angular resolution of radar sensors is one of the crucial goals of
current radar research. A promising approach to achieve this goal is inspired by the ears of a …

Modern communication and sensor systems are in need of antenna front ends providing a
high angular resolution. This requirement inherently leads to large and sometimes bulky …

Frequency division multiple access (FDMA) waveform possesses good orthogonality and
thus is used in multiple-input multiple-output (MIMO) radar. Nevertheless, the transmitting …

This paper focuses on estimating the angle and size of different-sized targets using a radar
system that estimates the angles of trucks, vehicles, bicycles, and pedestrians. The problem …

The angle estimation capabilities of radar sensors are strictly linked to the antenna spacing
between the array elements. A larger array aperture corresponds to a smaller beam width or …

Biomimetic antenna arrays inspired by the fly Ormia ochracea showed a promising
improvement of the angle estimation capabilities of radar sensors. So far, there is usually a …

Multiple-input multiple-output (MIMO) radar can effectively obtain a large virtual array
aperture. With the development of application requirements of the MIMO radar, it is …

Die Integrationsdichte in modernen, hochauflösenden Radarsensoren steigt stetig an. Das
Antennen-Frontend ist hierbei meist die limitierende Komponente, da für eine hohe …

The potential to improve safety on the roads by means of automotive radar systems has
been investigated by vehicle manufacturers for many decades. In recent years, NCAP, the …