Final Year Projects - Undergraduate

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Final Year Projects-2019 (Batch 2015-16)
 
Risk Management Enabled SIEM Solution PID# 01
Abstract: Risk management enabled SIEM solution provides an efficient management of risks by scanning the hosts/assets in a network, retrieving their details, storing the details in a database, discovering vulnerabilities that could exist in the host, ranking the assets by giving them a risk score and offering remediation techniques for the vulnerabilities.
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Predictive-Malware Defense PID# 02
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This project focuses on the use of best machine learning techniques for malware detection and malware family classification to achieve maximum accuracy. Also, in order to keep defenders a step ahead of attackers, an evolution algorithm has been implemented that predicts pattern of future malware behavior.

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Smart Treadmill PID# 03
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The main purpose of Smart Treadmill is to facilitate and provide ease of access to the gym trainers and users of the smart treadmill via web portal and mobile application. The main benefit of this project is that it will safe or at least indicate if customer is having any problem related to its heart or lungs during exercise in real-time.

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SIEM (Security Information and Event Management) Solution for Enterprises PID# 04
Abstract: We are making SIEM solution to avoid all compromises and attack on data by adding new features. Through these features, the SIEM will be able to manage events and detect threatsto secure the data.
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Real Time Multi-Human Tracking & Action Detection PID# 05
Abstract: .This intelligent monitoring system can track humans and identify the actions performed by them through their patterns of movements for example Walking, Running, Standing and Sitting. It acts as the base and contributes in development of systems for identification of more complex actions which can be used in many surveillance environments.
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Phobia Therapy Using Virtual Reality PID# 06
Abstract: This project provides an automated solution for the treatment of Acrophobia (an intense fear of heights) by using Virtual Reality. The goal is to design a virtual environment using HMD device with an interactive and immersive realistic 3D graphic scenes for exposure therapy of acrophobia that allows patient to sense height and gets used to the fearful feelings.
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Artificially Intelligent Fabric Designer PID# 07
Abstract: The proposed system is an efficient, innovative and time saving way to make textile designs in an automated manner instead of making it manually through textile designing tools. The core purpose is to design new and creative textures through a sample of different dress designs fed as dataset for the application. Thus, it will evaluate your dress and spit out finished design without your having to lift a finger.
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VR based FPS(First Person Shooter) Game with Space Reduction Mechanism PID# 08
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A Virtual Reality based shooting simulator and Android application that maps real-time feet movements into virtual world. With motion detecting sensors directly placed on feet, our solution is equally scalable to omni-directional treadmills and dedicated room systems. It is themed as a survival mode online Multi-player game backed by a cloud hosted server.

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Developing a Framework for Cost Calculation of Allied Services for Air Transportation PID# 09
Abstract: This is basically a model structure to figure expenses on a course is set up, while information is broke down to give databases and figuring to the model. Then this model is developing a framework to differentiate the calculated costs of allied services and charges of a given course exhibiting its suitability while suggestion for further research in hubbing to join traffic as a procedure for constraining costs for carriers. This data is then utilized to create a scientific report dependent on various factors and characteristics which aides in finding the misfortune and benefit gain by the organization
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Political Event Analysis and Sentiment Analysis on Urdu Tweets PID# 10
Abstract: In this fast pace world of data, this project gives an event analysis into the ever-changing political world using sentiment analysis on our national language of Urdu. This analysis is done using tweets to obtain the true feelings and emotions of everyday people.
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Brain Tumor Detection from MRI Images by using Image Processing Techniques PID# 11
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This project is about Brain Tumor detection from the MRI images by a segmentation procedure that uses the K-means clustering algorithm to catch the effective objects in magnetic resonance (MR) brain images.

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Celestial Objects Classification using Deep Learning PID# 12
Abstract: This project is the implementation of a celestial objects classification system using deep learning. The system provides  functionalities  like emailing the results to user, an interface to upload images of celestial objects and get a classification of certain galaxies and furthermore its properties. 
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Intelligent Behavior Management System using Machine Learning PID# 13
Abstract: The essential idea of our system is to use the advanced abilities of Kinect to inconspicuously gather behavioral data of various students during attending conventional lectures in the classroom or lab sides by using the concept of deep learning.
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Artificially Intelligent Linux Process Scheduler PID# 14
Abstract: This project  focuses on implementation of AI based scheduling scheme in current Linux Scheduler. Rather than implementing it on an actual system, a simulation model has been designed to test the approach. Process execution behavior is determined by extracting its static and dynamic features. These features are then used to train our Machine Learning Algorithm for predicting a suitable time quantum required by each process.
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Personal Gym Trainer PID# 15
Abstract: We present a Kinect based trainer system that tends to eliminate the third person (personal trainer) between you and your fitness. This trainer system first present video demonstration of the exercise precise information in terms of what should be the appropriate angle?, position information in terms of what distance should be between the joints?, performance quantification in terms of score to make it fun and engaging, real time feedback to minimize risk involved for injury.
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Smart Donation Box and Real Time Transaction Verification and Tracking PID# 16
Abstract: Smart donation system for donors to verify and track their donation amount through web app associated with cloud database which will automatically reduce forgery in donation sector.
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Finger Print Presentation Attack Detection PID# 17
Abstract: This project assesses the applicability of Machine Learning and Eulerian Video Magnification (EVM) to the area of fingerprint presentation attack detection which could accurately distinguish between positive and negative samples. Evaluation of the proposed method on our dataset has demonstrated an outstanding performance.
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CNN based Efficient Vehicle Classification for Intelligent Transportation System PID# 18
Abstract: Vehicle classification is an integral aspect of Intelligent Transportation Systems which provide autonomous statistics and information for making traffic-related decisions in numerous fields, such as traffic congestion, and infrastructure planning. Built with CNN (Convolutional Neural Networks), our project performs vehicle detection, classification, and counting for heterogeneous traffic streams not following lane discipline.
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Automated Scheduling University Facilitator PID# 19
Abstract: Our system will produce significantly better timetables than those that were actually employed manually and should always take a considerably short period of time to generate them. The application will provide an easy, time-saving way to generate timetables within given constraints.
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Customer Activity Recognition System using Image Processing PID# 20
Abstract: The project aims to develop a system based on image processing technology that can automatically detect the activity of a customer near the shelf at the supermarket. The project has been deployed using Wi-Fi IP camera, that captures the overall activity of the customer either at real-time or through video stream. The captured video is then passed through the Convolutional neural network that has been trained to recognize certain actions.
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Voice Correction for Articulation Disorder PID# 21
Abstract: In this project a software has been developed that identifies the type of disorder and generate appropriate data-set(i.e. according to the type of disorder) through which the patient can learn to speak properly and clarified voice is obtained.
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FPGA based Data Security Devices PID# 22
Abstract: We have designed and implemented an FPGA based data security device in which data security is achieved through cryptographic algorithm. The data which the user wants to secure is sent to an FPGA device through a front-end application in the form of plain text. This plain text is then encrypted in the FPGA device and sent back to the front-end application where user can save it in a file.
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Car Driving Simulator using Virtual Reality PID# 23
Abstract: A Car driving simulator is an innovative car driving system that allows novice drivers, through virtual reality, to experience real-world scenarios, by exploiting various functionalities that mirror the real world by sending real-time data through sensors.
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NED Coin PID# 24
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VR Walkthrough Simulator for Customizable Buildings PID# 25
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3D Modeling Application of Online Products Using Apples AR Kit PID# 26
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An Efficient Urdu OCR System Based on FPGA PID# 27
Abstract: An efficient Urdu OCR system that deploys Artificial Intelligence for improving recognition accuracy and Field Programmable Gate Arrays (FPGA) as an acceleration platform. The proposed AI based Urdu OCR on FPGA would allow the development of accurate, high speed, and low-power Urdu OCR, that can be deployed in many commercial products, which will help millions of people.
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Car Model Recognition and Verification System PID# 28
Abstract:  The project  itself is based to enforce security and automate the manual checking and monitoring of vehicles entrance of any private places. The car model recognition and verification system allows only registered car by checking its model and number plate stored in database.
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Image Transmission to Cloud using LoRa PID# 29
Abstract: Here an embedded real-time video streaming system is made in this project and it works on the Linux Operating System. In our project we are transmitting images/videos to the server using Raspberry pi3 module through internet. Here we are transmitting the video of camera on two servers, raspberry pi server and web server (dataplicity) which is free and already host.
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Compiler Optimization using Machine Learning PID# 30
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Resume Analysis using Data Mining PID# 31
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Product Retention using Machine Learning Technique and Churn Model PID# 32
Abstract: This project is designed to aid businesses which fall into Business-to-Consumer type in the e-commerce category, entrepreneurial or other. E-commerce is one of the biggest consumers of data science and machine learning techniques and we aim to implement those for product retention. An optimized model would not only help retaining the products, but would also determine means to study the consumer market and their requirements.
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Consultation Scheduling and Management System PID# 33
Abstract: The project surrounds the enhancement of basic lives and this project helping to achieve such enhancement by providing technological platform to the higher institution’s users (i.e. teachers and student). For doing it so, CSS would be proven a reliable platform for effective communication among Teachers and Students to ensure appointment scheduling in very convenient way using web services by a single step solution to their problem to book consultation easily and in a conflict free environment. Helping to keep update to users and reminding them of their appointments.
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Optimization and End-to-end Security of Satellite Internet Traffic PID# 34
Abstract: The objective of the project is to give a competitive solution that is optimized and cheap so everyone can afford and buy it while experiences reliable and secure data transfer over the satellite.
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Video based Vehicle Detection & Classification in Heterogeneous Traffic PID# 35
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Personality Prediction Through Human Figure Drawing Test (HFDT) PID# 36
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Personality Prediction through Human Figure Drawing(HFD) Test, based on Python, has been developed to predict the personality of an individual by scanning a human figure drawing; drawn by the individual, into the system. A Flask based web framework was proposed which can be used by psychologists to make their diagnostics easy about the personality of their patients by using this system. 

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A Real Time System for Fruit Grading and Quality Managment PID# 37
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Carpool Service PID# 38
Abstract: Carpooling is the sharing of the journey and a podium of riding between the car and the car user. This project enables students to take a ride to their desired destination in low cost and encourages due to high fares and increase in air pollution. By having more people using one vehicle will reduce the cost and will benefit driver as well as the person taking ride so he may safely reach to the desired destination and the driver himself take out the expense of the fuel and reach the destination in low cost.
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Authentication of Digital Images of Holy Quran using OCR System and String Matching PID# 39
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Virtual Reality Realization of Self Designed Housing Units PID# 40
Abstract:  We proposed the idea of creating a platform where a relevant user can enter some specific details about the house plan and get a 2D map architecture along with a walkthrough experience of a Virtual house. Hence, the user will not only be able to see a simple map on paper but also the complex walls and floor without spending a massive amount of money and resources.
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Digital Notice Board using IoT PID# 41
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Hyper-local Varsity Navigation System using Augmented Reality PID# 42
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Predictive BI Model for Optimizing Financial Services  PID# 43
Abstract: Developing a BI model through the latest big data and Hadoop techniques and techniques. A system that fetches live coordinates and conducts behavioral analysis, to generate a preference based notification. Implementation of such systems, will promote personalized experience, increase revenue, and save resources.
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Patient Activity Detection and Tracking Through Image Processing PID# 44
Abstract: Patient activity detection and tracking through image processing  is a monitoring system which will provide help to monitor the patient constantly for 24 hours and transmit the significant data in case of any emergency when the patient is not moving by subtracting the foreground and just focused on the bed with patient to the medical staff.
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FYP Management System PID# 45
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Students' Performance Prediction and Framework for Continuous Quality Improvement for NED OBE MIS PID# 46
Abstract: Our OBE system provide a framework for curriculum evaluation. The CQI in the system has been improved by the implementation of CLO-KPIs criteria’s to intensify the difficulty level for the attainment of the CLOs for the students. All the reports are being automated in the OBE system for the chairman, teacher and student that show the status of the CLO i.e. Passed or Failed. Moreover, the system provides a corrective action for the chairman to reassess the CLO status of the students, and generate the Corrective Action Reports for the student, teacher as well as the CAR form for the chairman.
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Mobile Application for Handwritten Exam Marks Recognition & Integration with NED OBE MIS PID# 47
Abstract: The objective of this OBE system implementation is to provide user friendly and clear mapping of PEOs to PLOs, PLOs to courses and courses to CLOs. Moreover different detailed reports of students’ progress can be viewed by teachers, students and chairman. The second part of our final year project is concerned about recognizing hand written numbers from the top sheet of examination copies by using Image Processing and Machine Learning. After recognizing numbers it will automatically exports all the recognized digits in Excel sheet.
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Vehicle Over-speeding Detection and Recognition PID# 48
Abstract: In this project the sole purpose is to restrict over speeding problem by identifying the speeding vehicles with the help of computer vision (CV). The live video stream of traffic through camera implemented on certain points is transfer to Raspberry pie which analyzed and processes video and the vehicles are identified along with their respective speeds.
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Smart Ordering System for Waiter-less Restaurant  PID# 49
Abstract: The purpose of this project is to develop smart restaurant using latest technologies to overcome several limitations with traditional restaurants. The system will cover the whole order with 3d modelling of menu moving towards activities of diner and chef ; also take qualitative and measurable feedback and manage dining experience through table selection desktop application.
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Smart Helmet  PID# 50
Abstract: The Smart Helmet system is designed to be a solution for any motorcycle rider who wishes to be safe and completely aware of his or her surroundings while driving on the road.  Our purpose for the project was to design a helmet which seeks to maximize the advantages from similar products while assuring safety. What sets this helmet aside from the existing ones is our custom designed mobile app which is integrated with our helmet that displays maps along with navigation and the in-helmet display.
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Human Face Recognition Door Lock PID# 51
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For detailed information regarding any project please contact Final Project Deputy-Coordinator, Mr. Kashif Asrar (Lecturer) at kashifasrar@neduet.edu.pk