Radar System HW-design

Lannik Eye-man

Lannik Eye-Man, is the next generation of the Lannik systems (in particular for Lannik 2) and shall meet the future commercial radar requirements for 4D imaging radar systems in terms of angular, range and Doppler detection & estimation performances, e.g., detection range, RCS dynamic range, ambiguities and so on. All of the Lannik systems relies on the latest chipset technologies and provides high resolution in range, Doppler and DOA (in azimuth and elevation).


Simultaneous localization and mapping is the problem of constructing a map of an unknown environment while keeping track of a vehicles location within it. We have experience in SLAM using Radar only, and sensor fusion using Lidar/Radar.

Tracking & Association

Tracking analysis is based on either real data analysis (if necessary employ synthetically injected targets) or Monte Carlo simulations using different Swerling models of the target.

Detection & Estimation

Analyzing detection and estimation performances either based on real data collections (e.g., computing ROC curves) or simulations using proper statistical models of the radar return echoes (including clutter and multipath).

Antenna analysis

Examine array antennas regarding the influence of various antenna hardware artifacts, e.g., mutual coupling, excitation errors, mounting errors (patches), and so on. For instance, the performance is given in terms of RMS sidelobe level and average gain performance.

Radar applications & Sensor Fusion

Occupancy/Free space grid, SLAM and sensor fusion with LIDAR, Camera are important R&D topics in current and future automotive sensor systems.