Browsing by Author "Rahman, Khalilur"

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Emergence of dengue haemorragic fever in Bangladesh : diagnosis, management and prospects for control
(2000-09) Rahman, Mahbubur; Siddique, A.K.; Rahman, Khalilur
Fire and disaster detection with multimodal quadcopter By machine learning
(BRAC University, 2023-03) Afrin, Anika; Rahman, Md Moshiour; Chowdhury, Ayash Hossain; Eshraq, Mirza; Ukasha, Mehvish Rahman; Rahman, Khalilur
Our thesis research is consisted of developing a model that can detect early fires and, mapping the area for fire and disaster detection using a UAV (Unmanned Aerial Vehicle) or quadcopter if a fire break out. Furthermore, MLP uses fire or no fire detection, sound analysis, and input sensor to create a multimodal system architecture. First, surveillance cameras detects the early stages of a fire using luminous smoke and textured flame. However, if the fire has already started, an alarm will sound, activating the quadcopter operation. Due to the quadcopter’s camera and sound system input, it obtains an aerial perspective and maps the fireaffected region while indicating human life. Finally, disaster detection provides us with a map indicating the safe zone where the less damaged part of the building will assist the fire department in saving human lives. The unique aspect of our thesis is that it designs a complete fire detection and rescue model. It will effectively detect a fire before an incident occurs and map the fire-affected region after the incident with human life signs and the safest path to rescue. The main goal here is to prevent or mitigate damage by immediately alerting the fire department. We have collected primary dataset of Fire and Disaster. Moreover, we increased the accuracy of our fire dataset to 80.32% and increased the accuracy of our disaster dataset to 9.2%. We tried to reduce the false detection of fire. Added to that, we have integrated all the five models in graphical user interface.
First outbreak of dengue hemorrhagic fever, Bangladesh
(2002) Rahman, Mahbubur; Rahman, Khalilur; Siddque, A.K.; Shoma, Shereen; Kamal, A.H.M.; Ali, K.S.; Nisaluk, Ananda; Breiman, Robert F.
Foreign Exchange Activities of Janata Bank Limited
(Daffodil International University, 2018-12-15) Rahman, Khalilur
Making entry level position in money related establishments forever gives best change to fund students to be pertinent their insight on down to earth field. Monetary associations have vast scope of activities in the economy of a nation. Banks are the lion's share huge one in the money related segment as they participate in an exceptionally basic job for the economy. Keeping money business generally keeps up stream of assets since contributors to financial specialists. In making in this way, banks require to gather store since the contributors and afterward dispense people as advance to the financial specialist. Other than that, banks allow help with universal work, cash move, gathering and remuneration of supportiveness and other information, and so on the majority of that completely client slanted. In this way, attractive banks are treated as administration properties and their business is to a great extent dependent on the predominance of administrations they make accessible. Henceforth, the great association and achievement of business banks extends altogether ahead the satisfaction of their clients. So the clarification factor of any business bank is the client update given by them. This task "General Banking Activities of Janata Bank Ltd" is the picture of value armed forces gave by means of one of the notable position possessed unhindered business bank of Bangladesh Janata Bank Limited.
Real time image and voice processing input for online multiplayer computer games
(BRAC University, 2012-12) Waliullah, Syed Shaiyan Kamran; Rahman, Khalilur
Real Time image processing and voice processing in computer gaming is a very recent topic as companies like Microsoft and Sony have researched and implemented this technology recently in their gaming consoles XBOX-360 and Play Station 3 respectively. As these consoles have high performance processor likes CELL or XENON with POWER (Performance Optimization with Enhanced RISC) PC Architecture unlike desktop computers which uses x86 and legacy architecture processor which is slower than console’s processors. Gaming with “Natural User Interface” such as gestures and voice was the main focus of the research of this project which is named as “Project: Control Scheme Revolution”. To materialize this challenge, several approaches were carried out. An open source game engine JMonkey Engine 3 (JME3) was customized with natural user interface. To measure the goodness of the system which is being developed by this project, Frame per Second (FPS) of the game was kept in account. All the approaches were taken to integrate different libraries to the core of the Game Engine ensuring a playable FPS for good user experience. Besides that, this research is also focused on implementing this system on the Multiplayer and Massively Online Multiplayer games as the participation of the more than one user in gaming produces an extra over head on the overall processing of the computer. As not all computers are powerful enough to support all of these systems at real time effortlessly, this research also focused on developing a system to render and stream a game from high performance computer to a moderate or low performance device such as note book or android device. Performance analysis of all of these approaches to develop a system which will bring the feeling of gaming in a console to the gaming in an ordinary computer is the main goal of this project.