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Deep learning approach to process criminality with gesture analysis
Conference proceeding   Peer reviewed

Deep learning approach to process criminality with gesture analysis

Aishwarya Tripathy, Adya Pathak, Vandana Sharma, Iqra Husain, Pradeep Hewage and Celestine Iwendi
AIP conference proceedings, Vol.3410(1), 020067
APPLIED DATA SCIENCE AND SMART SYSTEMS (Rajpura, India, 13/12/2024–14/12/2024)
21/05/2026

Abstract

This paper provides a deep learning-based gesture analysis framework for real-time crime prediction to overcome the shortcomings of current criminal detection systems. Advanced neural networks like Convolutional Neural Networks (CNNs) are used for the detection of anger, stress, and aggression, and LSTM or Long Short-Term Memory along with Graph Convolutional Network (GCN) models are used for audio-emotion detection associated with suspicious or criminal behaviour. By deploying deep learning models like Edge AI on edge devices for on-the-spot analysis and OpenPose or MediaPipe for tracking gesture movements. The proposed solution combines gesture recognition with pose estimation, facial micro-expression, and audio-emotion detection, making it a strong analysis of non-verbal cues in crime investigation. This approach will make the currently available surveillance systems more efficient and provide timely alerts to improve public safety.
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