Nelly Soudakova is a General Manager of Innovation Group at Dexerials America Corporation, where she specializes in exploring and implementing future-focused technical advancements within the company to drive new sensing technologies and advanced solutions in various applications and markets. With more than 10 years of experience in the automotive industry, Nelly has contributed to the development of optical films and adhesives for automotive displays, HUDs, and sensors, has co-authored several publications and led various innovative projects. Nelly holds a Ph.D. in Physical Chemistry from Moscow State University, and MBA in International Business from University of Utah. Currently, Nelly engages in automotive global projects aiming to enhance sensing accuracy and improve sensor systems optical properties and efficiency. Beyond technical work, Nelly is enthusiastic about fostering global collaboration in multidisciplinary fields and different applications. In this symposium, Nelly will discuss Dexerials film technology to achieve both enhanced sensing accuracy and reduced power consumption.
Solution Study
Tuesday, December 09
09:45 am - 10:10 am
Live in Dearborn, Michigan
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Advancements in automotive cameras and LiDARs are crucial for enhancing the sensing capabilities of autonomous driving. A significant challenge in this domain is the signal degradation caused by fogging and reflections on the sensor cover surfaces. Traditionally, heaters and anti-reflection treatments have been used to mitigate these issues. Dexerials Corporation has developed an innovative solution that integrates both anti-fogging and anti-reflection properties utilizing its proprietary nanofabrication and formulation technology. This approach is anticipated to enhance sensing accuracy while reducing energy consumption by eliminating the need for heaters.
In this session, you will learn more about: