Gesture Controlled Virtual Mouse using Deep Learning

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Siddabattula Madhu; Ranga Jyothika Vijaya Sravya; Shaik Shahnaz Begum; Pilla Pavan Sailendra; Dr.D.Kavitha

Gesture Controlled Virtual Mouse using Deep Learning

Authors: Siddabattula Madhu, Ranga Jyothika Vijaya Sravya, Shaik Shahnaz Begum, Pilla Pavan Sailendra, Dr.D.Kavitha

Unique Paper ID: 172822
Volume: 11
Issue: 9
PageNo: 1130-1136

Keywords: No Keywords Found

Abstract:
As human-computer interaction is evolving rapidly, new approaches to touchless device control are becoming essential. Our system implements computer vision and machine learning techniques to create foundational technologies for future AR applications. Gesture-controlled virtual mouse system comprises three main components: gesture recognition, gesture training, and control implementation. Our system enables users to control computer operations through hand gestures captured by a webcam. At its core, the system uses a hand landmark detection model that identifies 21 key points on the hand, enabling precise tracking of finger positions and movements. The gesture recognition module analyzes these landmarks to classify hand poses into predefined gestures, while the custom gesture training component allows users to define and save their own gesture mappings. Our project provides real-time gesture detection and control by utilizing MediaPipe for hand tracking with the help of Computer Vision (CV) for video capturing and Machine Learning (ML) algorithms for customization. The implementation combines MediaPipe and Pybind11 to track hand movements accurately for smooth real-time detection. Our system offers intuitive cursor control, adjustable system parameters, and support for multiple hand tracking with dynamic gesture recognition. This comprehensive approach enables fluid and natural human-computer interaction.

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Cite This Article

ISSN: 2349-6002
Volume: 11
Issue: 9
PageNo: 1130-1136

Gesture Controlled Virtual Mouse using Deep Learning

Available:https://ijirt.org/article?manuscript=172822

Impact Factor
8.01 (Year 2024)

UGC Approved
Journal no 47859

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