Traffic congestion is one of the biggest challenges in modern cities, causing delays, pollution, and inefficient fuel consumption. This project leverages computer vision and deep learning to analyze real-time traffic footage from CCTV cameras. The system uses AI-based object detection models like YOLO (You Only Look Once) or OpenCV to count the number of vehicles on each road. Based on congestion levels, it dynamically adjusts traffic light durations to optimize vehicle flow, reducing unnecessary waiting times. Additionally, the system can detect traffic violations, such as running red lights or illegal lane changes, and automatically notify authorities. This AI-powered system can be integrated with IoT sensors for vehicle counting, and GPS data to prioritize emergency vehicles, such as ambulances and fire trucks, ensuring a smoother and more efficient transportation network.
Security systems are essential for homes, offices, and industries, but traditional systems often rely on simple motion detection, which can generate false alarms. This project implements an AI-based intruder detection system using computer vision and deep learning. The system uses YOLO or OpenCV...
Read more>>This project integrates soil moisture sensors, temperature sensors, and weather forecasting data to create an intelligent farming assistant. AI algorithms analyze the soil's moisture content and predict the best irrigation schedule, reducing wate...
Read more>>This project involves designing a wearable health monitoring system that continuously tracks heart rate, body temperature, blood oxygen levels (SpO2), and other vital signs using sensors like MAX30100, DS18B20, and DHT11. The collected data is processed using machine learning algorithms to identi...
Read more>>With the increasing complexity and volume of network traffic, ensuring the security and stability of computer networks is paramount. Traditional rule-based approaches for detecting anomalies in network traffic have limitations in handling evolving threats and detecting previously unseen patterns. To...
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