Browsing by Author "Mirza Mohammad Lutfe Elahi"

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    Open Access
    An Autonomous Surveillance Drone
    (North South University, 2019) Md. Jobayer Hossain Sourav; Adnan Islam; M Asif Ibna Azad; Mohammad Al-Amin Hossain; Mirza Mohammad Lutfe Elahi; 1430578042; 1430575042; 1430366042; 1420212042
    Drones have become very common these days in the entertainment field. People use drones to take amazing videos and pictures of landscapes. We have used this entertainment device in a more helpful way with which we can solve real world problems. Our drone has features such as surveillance, object detection and crowd detection. The main idea of our project is aimed to ensure precise and fast surveillance throughout a specified area using autonomous surveillance. It is aimed to be used for violence detection, law breakers and any other objection that pose a threat to the law. It scans all the places that CCTV cameras cannot cover and reports back live video feedback to the security personnel. Our work mainly aims to improve surveillance technologies and shape a secure compound. With the rise in security issues in the past decade, many people have resorted into unfair means of conduct. Also, with the rise of technology, it has become easier for law breakers to plan about an event without any security officials knowing about it. CCTV cameras are sometimes able to catch the intruders but, in most cases, due to the angle in which the camera is set to, many crimes go unnoticed. Our drone can detect any unwanted object or unauthorized person inside a given territory. Moreover, if there is any crowd which can pose a threat for the security concern, our drone can autonomously detect the crowd and send notification to the nearby security personnel.
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    Open Access
    IOT BASED SUBMERSIBLE ROV FOR PISCI CULTURE
    (North South University, 2019-04-30) Irin Akter ID; Sailanjan Barua; Mehboob Hasan Rohit; S M Mujibul Karim; Sharmin Akter; Mirza Mohammad Lutfe Elahi; 1420891042; 1420871042; 1430746642; 1511747042; 142181304
    This report presents the design and the implementation of a mobile application based smart Health Care system in Bangladesh. In this system, any patient can communicate with their doctor easily through app simultaneously. There is a lackof proper management in the hospitals of our country. The main purpose of this project is to provide better opportunity for those sufferer patients who face difficulties while communicating with their doctors at the time of their need. The system has been designed in such a manner that will help a patient as well as a doctor of both rural and urban areas. This system also allows doctors to keep their patients under monitoring all the time. We developed this system to help the people of our country who are badly suffering from not having a good healthcare system in an easy and affordable way. The system will be accessible from android app via the internet. The report includes content designing, hardware implementation and android mobile application development
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    Open Access
    NSU Canteen Automation
    (North South University, 2019-04-30) Mohammad Adib Khan; Rifat Arefin Badhon; Sarwat Islam Dipanzan; Mirza Mohammad Lutfe Elahi; 1430420042; 1511738042; 1510117042
    North South University’s (NSU) canteen has seen a major revamp in both appearance and in the way the cafeteria operates. Over the years it has been the go-to place for students and teachers alike for a quick meal or refreshments in between hectic schedules. The recent changes, however, has affected the average waiting times substantially. The new canteen has adopted many new technologies such as electronic displays and Point of Sale (POS) systems for completing payments which is more advanced and offers credibility. But this creates an additional bottleneck in the total time spent on the actual service of ”getting the food”. The current mode of operation relies on having to stand in long queues for payments and then taking the payment slip (receipt) to another terminal to receive the food. Since the first queue builds up during peak hours, it creates a backlog of customers waiting in frustration. This is not only inefficient but time-consuming as well. This has affected a large number of daily customers for the cafeteria as time is scarce in the daily lives of academics, students and teachers alike. The solution we have devised is to offload the manual payment process to an online payment system using a payment processor hosted on a mobile device using a web application and Android. This will enable users to order and pay inside the canteen without having to resort to long queues. Users can use their bank accounts/cards for transferring funds to the application (canteen - account) which can be used for purchasing food inside the cafeteria. This will avoid the need for cash exchange at the counters, saving time and resources, reducing the need for additional queues.