Semantic Segmentation based Crowd Tracking & Anomaly Detection
Neuro-Fuzzy Classifier in Smart Surveillance System
Project Overview
A neuro-fuzzy classifier-based surveillance system for semantic segmentation driven crowd tracking and anomaly detection in crowded public spaces. The framework integrates pixel-level semantic understanding with fuzzy inference rules to track individual movements and detect anomalous behaviors such as running, fighting, or crowding.
System Architecture
Related Publications (8)
Curated from publications by Professor Dr. Hafiz Ahmad Jalal
Semantic Segmentation Based Crowd Tracking and Anomaly Detection via Neuro-fuzzy Classifier in Smart Surveillance System
Arabian Journal for Science and Engineering, 2022
View on ScholarA novel deep learning-based object detection along semantic segmentation on aerial imagery
PeerJ Computer Science 12, e3648, 2026
View on ScholarIntegrating semantic segmentation and object detection for multi-object labeling in aerial images
Icacs, 2024
View on ScholarMulti-person tracking and crowd behavior detection via particles gradient motion descriptor and improved entropy classifier
Entropy 23 (5), 628, 2021
View on ScholarMulti-Person Tracking in Smart Surveillance System for Crowd Counting and Normal/Abnormal Events Detection
International Conference on Applied and Engineering Mathematics, 1-6, 2019
View on ScholarCrowdVoxel-Net: Voxelized Geometry and Transformer-Based Multimodal Fusion for Activity Recognition and Anomaly Detection in UAV-Based Crowded Scenes
Egyptian Informatics Journal, 2026
View on ScholarMulti-Feature Deep Framework for Real-Time Anomaly Detection in Crowd Surveillance
2025 6th International Conference on Innovative Computing (ICIC), 1-6, 2025
View on ScholarBayesian-Optimized Framework For Segmentation Guided Transformer-based Leaf Disease Detection
2025 6th International Conference on Innovative Computing (ICIC), 1-6, 2025
View on Scholar

