Dr. James Foresi is a product development leader focusing on 3D sensing and LiDAR technologies. As a LiDAR Technical Specialist at General Motors, Dr. Foresi helps spearhead the development and integration of advanced LiDAR systems, enhancing vehicle perception and safety. Previously, Dr. Foresi developed vertical cavity surface emitting laser products including IR illumination modules for 3D sensing. His work is pivotal in advancing automotive sensing technologies and implementing solutions within the industry. With a Ph.D. in Materials Science and Engineering from MIT, Dr. Foresi brings deep technical expertise and a commitment to innovation to advancing automotive sensing.
The Pop in Your Job – What drives you? Why do you love your job?
I thrive on delving into emerging tech and exploring fresh ideas. The constant push for innovation and finding new solutions keeps me motivated and enthusiastic about what we do. I enjoy exploring the different approaches emerging from the LiDAR supply-base and guiding suppliers to tailor their specs for General Motors. Mentoring engineers is a key part of what motivates me. It’s rewarding to support the growth of more junior engineering talent and to tackle new challenges together. Having insight into the broader business scope and integrating new technologies adds variety and excitement to my work.
A | Sensor Fusion & Perception Stream | Case Study
Monday, December 09
11:15 am - 11:45 am
Live in Dearborn, Michigan
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This presentation provides a comprehensive review of the use cases for short-range LiDAR within AVs, focusing on the performance requirements and assessment methodologies essential for optimal functionality. We delve into specific solutions designed for both robotaxi and retail vehicle applications, highlighting the unique integration challenges posed by different vehicle types. The discussion includes an evaluation of two dominant short-range LiDAR architectures: spinning and solid-state, comparing their respective advantages and limitations. A detailed examination of the VCSEL/SPAD architecture is also presented, with insights into VCSEL performance roadmaps and current SPAD array technologies. By exploring these areas, the talk aims to identify emerging technological opportunities in the short-range LiDAR sector and demonstrate how these innovations can drive advancements in Level 4 vehicle performance, enhancing the overall capability of autonomous driving systems.