Abstract: New paradigm describes about the sufficient benefits of electronic control systems over traditional systems with network architecture on a central processor and it describes about preventing the accidents that are caused by driver errors, to implement it a suitable standardized protocol, CAN, is briefly explained. A major task is to find a way to make it possible to use standardized network modules from different distributers in a network specially designed for a specific vehicle or for an implementing platform. A solution to this problem is to designing a formal set of rules of "CAN Environment" and the basics for this are presented. This alerting system consists of the coordinatingand display of data which are not dependent of each other and remotely executed. The data collection module receives data through CAN wire, and the data display module GLCD display these data via GUI designed by Embedded in ARM7 processor. Temperature sensor and different IR based sensors are used as data collection faculty and GLCD, motor and buzzer is used as output faculty. The CAN protocol is briefly presented and its current and future scopes in automobile industries are discussed.
Keywords: CAN-Controlled Area Network, GUI-Graphic user interface, GLCD-Graphical Liquid crystal display.
Title: Driver Alerting System Using CAN Protocol
Author: Venkatesh H, Rajashri Y Manakwad
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
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