INTEGRATE FOR CAR BRAKE FAILURE AND ENGINE OVERHEAT SYSTEM

Subhashini Krishnan, raed abdulla, Anas Albanna

Abstract


One of the most important features in a car is its braking system and engine. The braking system enables the driver to control the speed of the vehicle when the need arises in order to protect the car, driver and other road users from accidents which might be fatal. The performance of the entire car also relies largely on the effective delivery and operation of the car engine whose ability to deliver the required performance is hinged on its temperature. In recent years a variety of IOT based monitoring and control systems have been explored in various areas of modern technology. This Final Year research project proposes the design and development of an IOT based vehicle brake failure and engine overheating system. The proposed system utilizes a network of sensors to monitor the temperature of the car engine, obstacles along the path of the car and the speed of the vehicle. The sensor data retrieved from the monitoring system is used by the control system consisting of a microcontroller to make decisive automatic decisions for the vehicle brake and failure system. A warning system consisting of LCD, Buzzer and LED has also been added into the system to warn the driver regarding the operation of the braking and engine overheating system. Two microcontrollers have been utilized for this research i.e. Arduino Uno for sensor data acquisition and processing and a Raspberry Pi microcontroller for purposes of sending the data wirelessly to a web platform. The web platform developed enables the user to remotely access real-time and past data from the system vehicle brake failure and engine overheating system. A variety of tests were conducted on the system to evaluate its performance whereby 95.4% accuracy was achieved in in terms of the ability of the car to effectively and automatically brake in the presence of obstacles and in terms of speed control. Testing done on the ability of the system to accurately monitor the engine temperature shows that its able to achieve 97.5% accuracy. The IOT system is able to transmit the sensor data retrieved from the system using both WIFI and mobile data whereby an average transmission time of 2.32 s and 4.33 s was recorded for each system respectively.


References


Hemalatha B K , P Pooja , Chaithra M ,Megha S ,Rakshitha R T. Automatic Braking System for Automobiles Using IR Sensor. International Journal of Advances in Scientific Research and Engineering. 28 (3). p. 275-284.

Ashwini A. Kamble, Vishal Nalawade, S. S. PATIL. Automatic Braking System, International Journal of Advance Research, Ideas and Innovations in Technology, www.IJARIIT.com.

Maske, R. , Surwase, S. , Moharir, B. , Mahajan. V., Kedar . Adkine, A . (2017). Automatic brake failure indicator and braking system. International Journal of Advance Research and Innovative Ideas in Education. pp. 2395-4396.

Missan, G.S. and Keswani, I.P., 2016. Analysis of causes of engine overheating due to cooling system failure using pareto principle. Engineering Trends and Technology, 36(5), pp.242-248.

Agrawal, G., Chauhan, M. And Sinha, H. (2017). Automatic Braking System with Distance Adjustment. Indian Journal of Applied Research Science, 14(2), p.502- 505.

Anusha, C. And Venkataratnam, P. (2015). Collision Control and Collision Avoidance Using Ultrasonic Sensor. International Journal of Current Engineering and Scientific Research (Ijcesr), 2(7), p.204-206.

Aliyu, A., Kolo, J.G., Mikail, O.O., Agajo, J., Umar, B. And Aguagba,O.I., (2017). An ultrasonic sensor distance induced automatic braking automobile collision avoidance system. In IEEE 3rd International Conference on Electro- Technology for National Development (NIGERCON), November 4th-6th Thailand. pp. 570-576.

Garethiya, S., Ujjainiya, L. And Dudhwadkar, V. (2015) Predictive vehicle collision avoidance system using Raspberry-pi. ARPN Journal of Engineering and Applied Sciences, 10(8). p.32-34.

CHEN, Y. AND LEE, W. (2014). Safety distance warning system with a novel algorithm for vehicle safety braking distance calculating. International Journal of Vehicle Safety, 5(3), p.213.

Venkatachalapathi, N. and Mallikarjuna, V. (2016). Automatic Brake Failure Indicator and Over Heating Alarm. International Journal of Engineering Science and Computing, p.3.

Akther Momin, M.S., Kader, M.M.G., Roy, P., Hasan, M.S. and Zuhane, M.M., 2016. Automatic Signal and Alarming System To Avoid Engine Overheating. International Journal of Research.

Zulnazim, D. Abd Kadir, M. Sharifah, S. Mohd, A A. Shingo, Y. (2019) Internet of things (IoT) based traffic management & routing solution for parking space. Indonesian Journal of Electrical Engineering and Computer Science, 15(1), p.336-345.

Patole, G. Shide, J. Salve S. Vipul, R. Puri, S. (2017) IOT based Vehicle Tracking & Vehicular Emergency System- A Case Study and Review. International Journal of Advanced Research in Electrical, Electronics and Instrumentation Engineering. 6(10). p.8001-8006.

Ashita, J. Sanjana, A. Aditya, P. Chaitali, K. Vinod, G. Abijit, S. (2017) IoT based Vehicle Monitoring System using Bluetooth Technology. International Journal of Innovative Research in Science, Engineering and Technology. 6(3). p.4778-477.

Sarasvathi, N. And Jason, F. (2017) Study and Implementation of Internet of Things (IoT) Based Vehicle Safety Alert and Tracking System. Journal of Intelligent Control and Automation, 2(03), p.123-125.




DOI: http://doi.org/10.11591/ijeecs.v20.i3.pp%25p
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