Physics

Geology

Aerospace engineering

Automotive engineering

Nanotechnology

Key (lock)

Microelectromechanical systems

Lidar

Ranging

Engineering

Embedded system

Systems engineering

Component (thermodynamics)

Test bench

Materials science

Computer science

Automotive industry

Computer security

Remote sensing

Telecommunications

Thermodynamics

e+i Elektrotechnik und Informationstechnik

Lidar, the acronym of light detection and ranging, has received much attention for the automotive industry as a key component for high level automated driving systems due to their high resolution and highly accurate 3D imaging of the surroundings under various weather conditions. However, the price and resolution of lidar sensors still do not meet the target values for the automotive market to be accepted as a basic sensor for ensuring safe autonomous driving. Recent work has focused on MEMS scanning mirrors as a potential solution for affordable long range lidar systems. This paper discusses current developments and research on MEMS-based lidars. The LiDcAR project is introduced for bringing precise and reliable MEMS-based lidars to enable safe and reliable autonomous driving. As a part of development in this project, a test bench for the characterization and performance evaluation of MEMS mirror is introduced. A recently developed MEMS-based lidar will be evaluated by various levels of tests including field tests based on realistic scenarios, aiming for safe and reliable autonomous driving in future automotive industry.

MEMS-based lidar for autonomous driving