Cuet Online Judge Platform (COJ):
- Cuet Online Judge Platform (COJ) is a Bangladeshi Govt. funded project to develop an online platform for conducting programming labs which is based on online judge systems.
- It includes Dynamic Plagiarism Detection Facilities.
Musical Cognitive Biometric System:
- A robust framework for person identification was developed that was capable of recognizing people from their preferred music.
- A three stage framework based on deep learning was employed to develop this system.
Multi-modal Aesthetic Biometric System:
- A novel deep learning fusion method was developed to fuse multiple aesthetic modality for a robust biometric identification system.
- A CNN-based Residual Aided Intermediate Fusion (RAIF) architecture was employed to develop the system.
Keystroke Dynamic-based User Recognition System:
- A novel deep learning-based two-factor user authentication method for analyzing users’ writing behaviors from free texts instead of fixed texts.
- An LSTM-based Siamese Network was used to develop the system.
Question-Pair Semantic Similarity Prediction System:
- A deep learning-based question pair semantic similarity prediction system was developed.
- Explored various Siamese LSTM-based Neural Network to develop the system.
Crime Prediction Model using Machine Learning:
- Developed a machine learning system that was capable of predicting crime by analyzing patterns in crime data.
- Analyze temporal patterns in crime data to identify recurring patterns, spikes in criminal activities, and long-term trends.
- Consider crime rates, proximity to relevant locations, and demographic information to identify high-risk areas and allocate resources effectively.
Tourism Management System:
- Developed a website that will help tourists to find out tourist spots in different divisions around Bangladesh.
- It was developed based on HTML, CSS, Javascript and Python.
- Implement an interactive map for users to explore different divisions of Bangladesh and locate tourist spots easily.
- Allow users to share their experiences, provide reviews, and offer recommendations for visited tourist spots.
Inventory Management System:
- A web-based application developed using HTML, CSS, JavaScript, and PHP. Its primary objective is to efficiently manage the inventory system of any organization.
- It was developed based on HTML, CSS, Javascript and Python.
- The system provides a centralized database to store and manage all the inventory-related information, including product details, stock levels, suppliers, and purchase orders.
- Enables real-time tracking of inventory levels, allowing users to monitor stock availability and make informed decisions regarding reordering or restocking.
- Includes automated alerts and notifications to inform users about low stock levels, expiration dates, or critical inventory thresholds, ensuring timely actions to prevent stockouts or wastage.
Wind Turbine Simulation:
- The wind turbine simulation project aims to create a visually immersive and interactive experience of a wind turbine using C++ and OpenGL.
- One of the key tasks is to animate the rotation of the wind turbine blades based on the wind speed and direction. This involves calculating and updating the blade angles in real-time to simulate the spinning motion.
- The system provides a centralized database to store and manage all the inventory-related information, including product details, stock levels, suppliers, and purchase orders.
- This task includes generating random wind speed and direction values, simulating wind gusts or fluctuations, and applying wind forces on the turbine components based on their orientation.
- Involves creating an interactive interface that allows users to manipulate these parameters and observe the corresponding effects on the wind turbine's behavior in real-time.