Design and Implementation of an Embedded In-Vehicle System With Multitask Management Using RTOS

Rajani kumari Pasupuleti, Ratna babu Yellamati

Abstract: Several survey reports on vehicle accidents says that, mostly accidents are happening due to Drunk and driving, Driver’s drowsiness and over speed. Unnecessary sudden parking of vehicles on highways at night time is another factor. The above mistakes are corrected accidents can be reduced to great extent. A new system has proposed to reduce accidents and in case if accident happened system will inform the owner and ambulance about this accident by using GPS and GSM services. The designed system involves in two sequences of actions 1.monitoring 2.control. In monitoring phase it sense and read all the parameter values .In controlling phase system responds automatically if any abnormalities in the above readings and controls the vehicle . System software is designed using “RTX kernel” and “MDK Keil UV5” to be worked on the target board of LPC2148. This proposed system can provide better solution to prevent accidents and makes vehicles as highly secured. 

Keywords: RTX Kernel, LPC2148, MDK UV5, monitoring, controlling, GPS Receiver, GSM Services.

Title: Design and Implementation of an Embedded In-Vehicle System With Multitask Management Using RTOS

Author: Rajani kumari Pasupuleti, Ratna babu Yellamati

International Journal of Electrical and Electronics Research

ISSN 2348-6988 (online)

Research Publish Journals

Vol. 3, Issue 4, October 2015 – December 2015

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Design and Implementation of an Embedded In-Vehicle System With Multitask Management Using RTOS by Rajani kumari Pasupuleti, Ratna babu Yellamati