International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 10 Issue: 05 | May 2023
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p-ISSN: 2395-0072
Bluetooth Gesture Controlled Surveillance Robot Preethi S1, Sangeetha N2, Manoj N3 , Dr. Shamala N4 1Student,4VM18EE058, Vidya Vikas Institute of Engineering and Technology, Mysuru
2Student,4VM19EE036, Vidya Vikas Institute of Engineering and Technology, Mysuru 3Student,4VM18EE427, Vidya Vikas Institute of Engineering and Technology, Mysuru 4Professor and HOD, Department of EEE, Vikas Institute of Engineering and Technology, Mysuru
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Abstract - A unique and cutting-edge technology created to
The adaptability of Bluetooth gesture-controlled surveillance robots is one of their main advantages. They may be used for a variety of tasks, such as monitoring, checking, and surveillance. They may be programmed to take certain routes or exhibit certain behaviors, or to react to circumstances or triggers. The simplicity of the operation of these robots is another important advantage. Users may rapidly master robot control because of the gesture control interface's simplicity and clarity. As a result, they are excellent for usage in circumstances where users do not have substantial technical expertise or training. Despite all of its advantages, Bluetooth gesture-controlled surveillance robots have significant drawbacks. Keeping the gadgets and the data they gather secure is one of the major difficulties. As these robots develop in sophistication, hackers and other bad actors may use them as a target. Despite all of its advantages, Bluetooth gesture-controlled surveillance robots have significant drawbacks. Keeping the gadgets and the data they gather secure is one of the major difficulties. As these robots develop in sophistication, hackers and other bad actors may use them as a target.
further the area of surveillance robots is the Bluetooth Gesture Controlled Surveillance Robot. In this research, a robotic system that can be operated remotely through Bluetooth utilising hand gestures is introduced. Hand gestures may replace complicated interfaces or physical controllers, simplifying the control process and making it more userfriendly. The surveillance robot can manoeuvre and gather visual data in real-time thanks to a variety of sensors and a wireless camera. The operator may see the surroundings from a secure distance thanks to the wireless transmission of the recorded video to a distant device. Machine learning methods are used to create the gesture recognition system, which enables the robot to precisely understand and react to certain hand gestures .The Bluetooth Gesture Controlled Surveillance Robot that is being presented has several benefits, including expanded accessibility, improved manoeuvrability, and improved user experience. Applications for this technology may be found in many fields, such as security, law enforcement, and operations involving surveillance in dangerous situations.
Manufacturers of Bluetooth gesture-controlled surveillance robots must put robust security mechanisms in place, such encryption and multi-factor authentication, to reduce these threats. They must also make sure that their gadgets have the most recent software and security fixes on a regular basis.
Key Words: Bluetooth Gesture Controlled Surveillance
Robot, surveillance, manoeuvre, Machine learning, manoeuvrability
1. INTRODUCTION
In terms of robotics and surveillance, Bluetooth gesturecontrolled surveillance robots are an intriguing breakthrough. We may anticipate seeing even more cuttingedge features and capabilities added to these gadgets as technology develops, increasing their usefulness in a variety of applications.
In recent years, Bluetooth gesture-controlled surveillance robots have grown in popularity. In a variety of situations, including homes, businesses, and public spaces, these robots are intended to provide improved security and surveillance capabilities. Typically, these robots are furnished with a variety of sensors, cameras, and other gadgets that enable them to recognize and react to their environment. They may also be operated remotely using a Bluetooth-enabled tablet, laptop, smartphone app, or other Bluetooth-enabled device.
2. Litrature Survey Many researchers have focused on the development of gesture-controlled robots, and several studies have been conducted on the development of Bluetooth gesturecontrolled surveillance robots.
These robots' gesture control function is quite creative. Users may guide the robot's motions using simple hand gestures, making navigation, and directing it to specified locations simpler. While users need to keep their hands free, such as while carrying other equipment or doing other duties, this function is very helpful.
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For instance, in a study conducted by M.A. Hossain et al. (2019), a Bluetooth-controlled surveillance robot was designed, which could move in any direction and capture images using a camera mounted on the robot. The
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