SPY ROBOT FOR MILITARY APPLICATION USING WI-FI MODULE

Authors

  • Aleena Johny Postgraduate student, MG University Author
  • Nikhil T Sony Postgraduate student, MG University Author
  • Dileep Augustine AssistantProffessor,Jaibharathartsand science college, MG University, Author
  • Hasna A E Assistant Proffessor, Jaibharath arts and science college, MG University Author
  • Deepa V R Asst professor,Sarabhai Institute of Science and technology Author

DOI:

https://doi.org/10.61841/j1jhb551

Keywords:

Arduino, Wi-Fi module, Sensors, IP camera, Android, application, Weapons

Abstract

In this paper, we will deliberate how to control a six wheeled robot using Wi-Fi module through an android mobile phone. A new version of wireless controlled robot is proposed for spying purpose which is mostly in military application as well as in disasters area. This robot which is a movable spy robot with wireless system. The spy robot consists of an IP camera, DC motors and servo motors for camera locations and guns. The sensors used for temperature and humidity detection and the movement of device is controlled by six movable wheels. This device powered by either regular lithium rechargeable ion batteries or solar cells.We are using smartphone camera as IP camera to capture livestreaming video surrounding the robot and that information will get appeared in user’s smartphone GUI window. The camera which is fixed on the robot will take the video livestreaming and this information get sent back to user’s smartphone using Wi-Fi wireless system. In this robot, we are using a gun which operates according to user’s instruction through smartphone.

Keywords- Arduino, Wi-Fi module, Sensors, IP camera, Android application, Weapons.

In this paper, we will deliberate how to control a six wheeled robot using Wi-Fi module through an android mobile phone. A new version of wireless controlled robot is proposed for spying purpose which is mostly in military application as well as in disasters area. This robot which is a movable spy robot with wireless system. The spy robot consists of an IP camera, DC motors and servo motors for camera locations and guns. The sensors used for temperature and humidity detection and the movement of device is controlled by six movable wheels. This device powered by either regular lithium rechargeable ion batteries or solar cells.We are using smartphone camera as IP camera to capture livestreaming video surrounding the robot and that information will get appeared in user’s smartphone GUI window. The camera which is fixed on the robot will take the video livestreaming and this information get sent back to user’s smartphone using Wi-Fi wireless system. In this robot, we are using a gun which operates according to user’s instruction through smartphone.

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References

1. Kim M., Kang K.C., Lee H. Formal Verification of Robot Movements -a Case Study on Home Service Robot SHR100. In the proceedings of the IEEE International Conference on Robotics and Automation(ICRA),4739-4744p,2005.

2. Loukianov A.A., Kimura H, Sugisaka M. implementing distributed control system for intelligent mobile robot.8th international symposium on artificial life and robotics, Oita, Japan, January 24-26 2003.

3. Jlovine J.PIC robotics: A beginners guide to robotics projects using the PIC micro. M c Graw-hill,2004.

4. Khatun M.S., Zarrin J. bluetooth wireless monitoring, managing and control for inter vehicle in vehicular Ad-Hoc networks helium. Department of computer and communication system engineering. Faculty of engineering university putra Malaysia.

5. http://www.electronicshub.org/remote-operated-spy-robot-circuit/

6. www.wikipedia.orgthe avr microcontroller and embedded systems by Muhammed Ali Mazidi, Sarmad Naimi, Sepher Naimi.

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Published

31.10.2020

Issue

Vol. 24 No. 8 (2020): 24 (8) 2020

Section

Articles

License

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How to Cite

Aleena Johny, Sony, N. T., Augustine, D., A E, H., & V R, D. (2020). SPY ROBOT FOR MILITARY APPLICATION USING WI-FI MODULE. International Journal of Psychosocial Rehabilitation, 24(8), 13347-13350. https://doi.org/10.61841/j1jhb551