A Review: Wireless Surveillance Robot Using GSM And RF Technology
Udaya Kumar1, Harshyani A R2, Charan N3, Aishwarya M T4 and Dhanaraj R B5
1Associate Professor, ECE, AIET, Mangalore, India
2345Students, Dept of ECE, AIET, Mangalore, India
Abstract- The intellectual and emotional appeal of robots and robotic technology beyond that of any other engineering product, and this appeal is no longer present. therefore, with regards to kids and teens Robots and robotic technologies offer a very effective and adaptable way to illustrate a range of engineering ideas. They are a practical application of physics, science, engineering, and mathematics. In order to reinforce science and engineering theory and to teach basic software and mathematical engineering in grammar school, middle school, and high school, a growing number of educators are turning to robotic technology and robots. We think that robots, particularly security robots, will play a significant role in our daily lives in the future. Robots are operated using RF remote controls, Bluetooth, Wi-Fi, and other technologies in the prior approach. The use of these technologies, however, is restricted to a few domains and is therefore quite challenging to design. The lifespan of the robot is crucial since, in general, they are geographically dispersed, frequently in remote locations. To increase the lifespan of robots, electrical energy and electrical conservation are crucial factors. Robots use more power while the RF transmission is in progress. An ideal communication should be conducted in order to reduce the amount of electricity required. We have developed a mobile operated robot utilising a GSM module to get around the challenges. using a mobile device Robot is a mobile device that, until it loses signal on your phone, can be controlled wirelessly over a large area. The ability to be controlled from anywhere in the world is a broad idea behind mobile controlled robots. In order to spy on people less frequently, this project aims to build a GSM and RF-based surveillance robot with a wireless camera connected. This robot communicates with the base station by sending a signal using a wireless camera. One of the key applications of the research can be investigated using the android-based smart phone that could be used to control the robot's mobility. The signal is sent to the robot's receiver, which is mounted on the robot, by the robot's transmitter at the base station.
