The Woodruff School

SUMMARY

https://bluejeans.com/506390959?src=join_info This dissertation contributes to the present understanding of ADAS effectiveness in real-world situations and set forth a method for how to optimally connect local ADAS vehicles following from biological inspiration. Also, there will be a better understanding of how ADAS reduces accidents and injury severity. The method for how to structure an ADAS network will provide a framework for auto-manufacturers for the development of their proprietary networked ADAS. This method will lead to a new horizon for reducing accidents and injury severity through the design of connecting ADAS equipped vehicles.

SUBJECT:	Ph.D. Dissertation Defense

BY:	Francis Fish

TIME:	Friday, December 3, 2021, 12:00 p.m.

PLACE:	BlueJeans, 000

TITLE:	Biologically Inspired Connected Advanced Driver Assistance Systems

COMMITTEE:	Dr. Berdinus Bras, Chair (ME) Dr. Marc Weissburg (ES&T) Dr. Roger Jiao (ME) Dr. Anirban Mazumdar (ME) Dr. Jessica Cicchino (USDOT)

SUMMARY https://bluejeans.com/506390959?src=join_info This dissertation contributes to the present understanding of ADAS effectiveness in real-world situations and set forth a method for how to optimally connect local ADAS vehicles following from biological inspiration. Also, there will be a better understanding of how ADAS reduces accidents and injury severity. The method for how to structure an ADAS network will provide a framework for auto-manufacturers for the development of their proprietary networked ADAS. This method will lead to a new horizon for reducing accidents and injury severity through the design of connecting ADAS equipped vehicles.