Helmet Detection in Two-Wheeler

This project focuses on the implementation of a helmet detection system using the YOLOv3 pre-trained model in Python for backend processing and HTML/CSS for frontend visualization. The system aims to accurately detect the presence or absence of safety helmets in real-time scenarios, emphasizing the importance of safety in high-risk environments such as construction sites and sports arenas. Leveraging OpenCV and Flask, the project provides a user-friendly interface for prompt decision-making and interventions. Thorough testing and deployment on a web server ensure accessibility across diverse platforms, contributing to a safer working and recreational environment for individuals in various sectors.

ATM Machine Simulator

The ATM Machine Simulator is a comprehensive virtual environment meticulously crafted to replicate the intricate functionalities and operations of an Automated Teller Machine (ATM) within the context of an operating system. Created with the primary intent of serving as an interactive educational tool, this simulator offers users a practical and immersive experience in navigating the diverse operations of an ATM, including but not limited to cash withdrawals, fund transfers, balance inquiries, and account management. By emulating real-world scenarios and transactional interactions, the simulator provides users with an in-depth understanding of the underlying operating system mechanisms, process scheduling, memory management, and resource allocation techniques involved in ensuring secure and efficient transaction processing. Designed with a user-centric approach, the simulator boasts an intuitive and user-friendly interface, enabling users to seamlessly familiarize themselves with the intricacies of operating system structures, file management, and secure transaction processing protocols in the context of an ATM environment. By simulating various banking functionalities and transactional workflows, the ATM Machine Simulator serves as an invaluable educational platform for users to gain practical insights into the complexities of modern operating systems and their role in facilitating seamless and secure banking operations.

Smart Pedometer

In an era characterized by growing health consciousness, the "Smart Pedometer" mini project offers a fresh perspective on fitness tracking and physical activity monitoring. This compact, wearable device goes beyond traditional step counting, incorporating state-of-the-art features to enhance accuracy, user-friendliness, and energy efficiency. Its essential components consist of an accelerometer, microcontroller, timer circuit, user interface, and LED indicator. The pedometer continuously monitors the user's movements through the accelerometer, updating the step count when motion is detected. However, the standout feature is the "Smart Pause" mechanism, which deploys a timer circuit to pause step counting when the accelerometer registers prolonged inactivity, preventing any stationary or insignificant motions from being erroneously counted as steps. An LED indicator offers immediate visual feedback, alerting users when step counting is temporarily paused. Prioritizing user-friendliness, the device incorporates a push-button switch, empowering users to manually enable or disable the "Smart Pause" feature, making it effortless to interrupt step counting during anticipated short periods of inactivity. Step counting swiftly resumes upon detecting motion, and the LED indicator deactivates. The key benefits of the "Smart Pedometer" encompass improved accuracy, user-friendly operation, and energy conservation. This intelligent, compact device is poised to inspire individuals to lead more active and healthier lives while simplifying their physical activity tracking, thereby contributing to their overall well-being.

Music Player

Introducing a dynamic and versatile music player crafted through the power of doubly linked lists in JavaScript. This innovative implementation enables seamless playlist management, allowing users to effortlessly add, remove, and traverse through their music collection. Each track is encapsulated within a doubly linked node, featuring essential details like name, length, and path. The playlist's flexibility is enhanced by bidirectional navigation, enabling users to effortlessly move forward and backward through their curated list. With a solid foundation in data structures, this music player project sets the stage for a personalized and engaging audio experience, promising both simplicity and functionality in the realm of digital soundscapes.

Movie Ticket Reservation

In this project we have decided to create a program for the generation of movie tickets. The computer will take inputs from the user and thereby print the output in terms of movie ticket. The main objective is to print the tickets in an easier and convenient way by executing a python program