Logo image
Artificial Neural Network using Image Processing for Digital Forensics Crime Scene Object Detection
Conference proceeding

Artificial Neural Network using Image Processing for Digital Forensics Crime Scene Object Detection

Deepa Devasenapathy, M Raja, Rajat Kumar Dwibedi, N Vinoth, T. Jayasudha and V Dilli Ganesh
2023 2nd International Conference on Edge Computing and Applications (ICECAA), pp.652-656
07-19-2023

Abstract

Artificial neural networks Back Propagation Digital forensics Feature extraction Gun Detection Histogram Oriented Gradients Image segmentation Knife Detection Object detection surveillance camera Training Weapons
Digital forensics science places a significant emphasis on the detection of objects as one of the most vital areas of study. Several industries and institutions may benefit from the object detection method, including those concerned with medical diagnostic scanning, traffic monitoring, airport security, law enforcement, and data rescue on a local and global scale. This study aims to detect weapons in video surveillance images by using various enhancement, segmentation, feature extraction, and classification methods by Artificial Neural Network to improve the detection accuracy. Yet, several mathematical and algorithmic models are computed to provide the appropriate approaches.

Metrics

24 Record Views
74 Times Cited - Scopus

Details

Logo image