Paper Title : A PROTOTYPE FOR VOICE/APP CONTOLLED ROVER
ISSN : 2394-2231
Year of Publication : 2021
MLA Style: Prof. Smitesh Salian " A PROTOTYPE FOR VOICE/APP CONTOLLED ROVER " Volume 8 - Issue 2 March-April , 2021 International Journal of Computer Techniques (IJCT) ,ISSN:2394-2231 , www.ijctjournal.org
APA Style: Prof. Smitesh Salian " A PROTOTYPE FOR VOICE/APP CONTOLLED ROVER " Volume 8 - Issue 2 March-April , 2021 International Journal of Computer Techniques (IJCT) ,ISSN:2394-2231 , www.ijctjournal.org
The purpose of this project research is to identify the problems for human resources in form of modern threats and to eliminate them by finding out possible efficient solutions as their substitute. Thereby, in benefit of everyone concerned. This work is born in the process of solving the problem of delay in disaster relief and management through innovation by using a rover as a platform using ultrasonic sensors. This paper provides an overview to concerned authorities with a tool to help them to gather data by reconnaissance using the rover and help them to form the strategy for the rescue operation that is cost effective, efficient, fast as well as secure for the rescue workers The main objective of the paper is to provide a safer option in terms of rescuing, environment study and to do better inspection of the location where manual labour is not possible. The solution is to create a rover which can be controlled through IoT, to simplify the statement, the rover’s significant feature is that it can be functioned with the user’s voice commands through Google assistant or any relative source. The rover has two major components: the kinetic body, and the ultrasonic sensor module. The kinetic body will function with the help of an Arduino circuit which will be programmed to function in a specific manner as per instructions provided by the user. The Arduino circuit will be programmed by C language whereas the ultrasonic sensor will be programmed by Lua language. The sensor will generate ultrasonic sound waves which will reflect upon the obstacles and surfaces and return to the rover again giving the user the approximation of the environment around the rover. The basic idea of the rover is to do the tasks without risking the lives of laborers. The rover will be of great application in the unexpected times of disaster, to introspect highly hazardous locations and give the proper knowledge of the environment without risking any lives.
 Dipesh Diwakar, Ashok Chaudhary, Ashu singh, Prof. Nazish Fatima, “Voice Controlled Robotic Vehicle”, IRJET, vol. 6, No.5, May 2019.  Abhishek B.R, Gokul Krishnan, “Smart Virtual Assistant using Voice Control and Object Detection”, IJARIIT, vol. 5, No.1, January 2019.  Dr. P.S. Raghvendra, M. suresh, “An Intelligent Remote Controlled Fire Fighting Machine for Autonomous Protection of Human Beings”, IJARSET, vol. 5, No.12, December 2018.  S.V.V Srinivas, Aditya Kumar Singh, “Disaster Relief and Data Gathering Rover”, IEEE IET , vol. 1, No 1, pp. 46-54, 2012.  Can aydin, Cigdem tarhan, “Improving Disaster Resilience using Mobile Based Disaster Management System”, Science Direct, vol. 22, No.382, November 2016.  Sagar Pramanik, Harendra K, Dibas G, “Bluetooth Controlled Robot”, IJSER, vol. 7, No.4, October 2012.  M.S. Pradnya, Hukeri, “Review Paper on IOT Based Technology”, IRJET, vol. 4, No.1, January 2017.  Harish K, Nagaraja J., “IoT based Obstacle Detection System Using Ultrasonic Sensor, IJERT, vol. 59, No.4, June 2017.  Akash M., Somil G., “Blue Rover- A Multifeatured Robo”, IRJET, vol. 4, No.12, December 2017
——— Arduino circuit, ultrasonic sensor, IoT