You must be logged in  to watch this session

Your personal data will be used to support your experience throughout this website, to manage access to your account, and for other purposes described in our privacy policy.

Sense Media, on behalf of AutoSens, needs the contact information you provide to us to update you with information about AutoSens and our products. You may unsubscribe from these communications at anytime. For information on how to unsubscribe, as well as our privacy practices and commitment to protecting your privacy, check out our privacy policy.

Innovative applications of MEMs for Automotive Depth Sensing Use-Cases

Event: AutoSens Brussels
, 2021

Hear from:

Ridon Arifi
Ridon Arifi
Ridon Arifi
PhD Student,

Audi

Shashank Dabral
Shashank Dabral
Shashank Dabral
Director Product Management, Autonomy,

Qualcomm

Ridon Arifi
Ridon Arifi
Ridon Arifi
PhD Student,

Audi

Shashank Dabral
Shashank Dabral
Shashank Dabral
Director Product Management, Autonomy,

Qualcomm

Together, with Audi Group, we show a concept on how the DMD based headlights in conjunction with the front camera can enable depth generation use cases based on Structured Light (SL) Algorithms. We provide an overview of existing SL algorithms and challenges in using them in the automotive environments due to Ego Motion and provide possible solutions to address these challenges.
Changing gears, we discuss the possible applications of DMD devices in Lidar devices for ambient noise reduction in the receiver path. We continue further to introduce a revolutionary pre-production MEMs device that works on the principle of Phase Light Modulation (PLM). We discuss the high-level architecture of the PLM device and the corresponding programming model based on Fourier Imaging. We then conclude with possible architectures highlighting the suitability of the PLM device for Lidar transmitters and its advantage over existing technologies.

Passes0
There are no passes in your basket!
0