The D.O.T (Detection, Observation, Tracking) system by Debosmita, Oindrila and Tanisha is designed to address the multifaceted challenges posed by criminal activities. Traditional methods of law enforcement, though valuable, often fall short when faced with evolving criminal tactics and technological advancements. The D.O.T system leverages modern technology, including computer vision and fuzzy logic, to aid law enforcement agencies, policymakers, and communities in effectively preventing and countering criminal activities.
The system integrates multiple functionalities, allowing for efficient collection, interpretation, analysis, and dissemination of crime-related information.
- Computer vision is a branch of artificial intelligence that allows computers to understand and interpret the visual world.
- In D.O.T, face recognition is used to assist in identifying missing persons from a vast database, ensuring rapid access to crucial information.
- The system enables citizens to verify the identity of suspects or potential frauds, thereby increasing security and trust.
- This feature empowers the public with timely and accurate data to deter crime and protect themselves.
- The system employs fuzzy logic for predicting potential danger in selected areas.
- Factors such as past crime records, the rate of reports lodged, missing cases filed, and danger perception by residents are used to create a fuzzy model.
- By analysing these parameters, D.O.T predicts the likelihood of criminal incidents in specific regions.
- Law enforcement officers can streamline workflows with an integrated system, accessing critical data and lodging cases in real-time.
- This reduces delays, enhances response times, and improves overall operational efficiency.
- Citizens can track the progress of their lodged cases in real time, viewing both solved and pending cases with minimal effort.
- The system enhances transparency and trust between law enforcement agencies and the public.
- Computer Vision: Used for face recognition.
- Fuzzy Logic: For danger prediction and analysis of crime-related data.
- CSS and JavaScript: To create a simple yet effective front-end interface.
- Database Management Systems: For efficient storage, retrieval, and management of case-related data.
- Rapid Information Retrieval: Helps law enforcement solve cases quickly and efficiently.
- Crime Prevention: Predicts potential criminal incidents, allowing preventive measures to be implemented.
- Increased Transparency: Provides citizens with real-time insights into law enforcement activities.
- Operational Efficiency: Simplifies and accelerates case lodging and data sharing processes.
For detailed information on system architecture, modules, and implementation, please refer to the accompanying Documentation: D.O.T Final Documentation.pdf.
All pictures used in this project are excluded for privacy reasons. This project is developed solely for educational purposes. Any resemblance or correlation with real-life data, individuals, or events is purely coincidental and unintended.