In order to improve the resolution of imaging radars, electrically large arrays and a high
absolute modulation bandwidth are needed. For radar systems with simultaneously high …

Automotive radars are designed to enhance road user safety and reduce the number of
accidents on public roads and there is a constant demand to improve the performance for …

Imaging radars are usually realized fully coherently. However, the distribution of one
common radio frequency signal to all transmit and receive paths requires a high degree of …

It is well-known that the availability of transmit and receive arrays in colocated multiple-input
multiple-output radar systems can be exploited to detect multiple targets, and estimate their …

For multistatic radar networks in the upper mm-wave range with a large spacing between its
radar sensor nodes, a coherent signal distribution is very complex and thus very costly …

In the upper millimeter wave range above 100 GHz, the effect of array imperfections like
manufacturing uncertainties and mutual antenna coupling increases, which leads to …

A novel sparse automotive multiple-input multiple-output (MIMO) radar configuration is
proposed for low-complexity super-resolution single snapshot direction-of-arrival (DOA) …

Utilization of multiple input multiple output (MIMO) systems in radar and channel sounding
has gained increased attention in recent years. Quite often, time-division multiplexing (TDM) …

To enhance the capabilities of high-resolution imaging or beamforming, the trend goes
towards arrays with high-channel count and large aperture sizes. The operation at …

The Multiple-Input Multiple-Output (MIMO) radar combines the signals from multiple transmit
and receive elements separately to form a virtual array. Consequently, system imperfections …