Precise Thermal Sensing for Electric Vehicles in Automotive Using CAN and STM32
Rahul Keru Patil, Somnath Raghunath Wategaonkar, Kiran Shankar Hajare, S. S. Khot · 2024
The automotive industry is undergoing a revolutionary transformation, characterized by the integration of sophisticated electronics, connectivity, and communication systems. This paradigm shift has ushered in a new era of intelligent vehicles with advanced functionalities. Central to this transformation are the serial interface protocols that facilitate seamless communication between various vehicle components. This paper offers an exhaustive review and comparative analysis of the diverse serial interface protocols employed in vehicles, delving into their intricate details, inherent strengths, limitations, and wide-ranging applications. The primary objective is to provide a profound understanding of these protocols, empowering automotive engineers, researchers, and enthusiasts to make informed decisions regarding their implementation in cutting-edge automotive systems. In the age of the connected vehicle, our comprehensive examination of serial interface protocols will shed light on the critical role they play in ensuring vehicular safety, performance, and functionality. By scrutinizing the most prominent protocols in automotive communication, this paper aims to act as a guiding compass for those navigating the intricate landscape of modern automotive technology.