Application of Modern Technology to Improve Safety in the Automotive Industry

Abstract

The paper presents a quick survey of current informatics technologies in automotive industry. To reach a high level of safety requirement and minimize the occurrence and consequences of automobile accidents number of studies have been investigated on the prediction the crash event. These investigations are performed by both techniques: numerical and experimental and they can significantly improve crashworthiness of selected auto-parts such a bumper-beam or crash-box under impact loadings. Describe several different methods and materials to optimize the shape of these parts for maximum energy absorption. Since the crash-box is one of the most important automotive parts for crash energy absorption a fully dialed process technology of those parts was simulated using FEM and presented in this study.

Exploring Vehicle Security Improvement Framework in the Safety Messaging System to Protect Against Hackers

“…The researcher had determined significant increase of such vulnerable backdoors through correlation with time as more in-vehicular systems are shortly becoming less electrical and more software-based products. Lisok (2016) expressed that the U.S. National Highway Traffic Safety Administration (NHTSA) wants to take steps to secure communication within vehicle-to-vehicle (V2V), in able for vehicles to talk to each other effectively (Lisok, 2016). Meanwhile, the worm infection has made the VANETs a reputable host for infection, controlling certain aspects of the daily operation of the driver and end-user, and increasingly slowing the pace for end-to-end communication, and deliberately hampering vulnerability management.…”