Browsing by Author "Syed Athar Bin Amir"

Now showing 1 - 4 of 4
  • Thumbnail Image
    Item
    Open Access
    Bangla Handwriting Recognition
    (North South University, 2019-02-28) Sakib Mahmud; Arindam Kabir Ahmed; Sidratul Muntaha; Syed Athar Bin Amir; 1620802042; 1612010042; 1611756642
    This report presents the design and implementation of a Bangla Handwritten OCR. This project is going to be useful for both the government and the general people. The software can be used to easily convert a handwritten Bangla document to editable text, i.e, we are going to digitize the handwritten text. We are going to take an input image of the handwritten text. The image is then preprocessed in various steps and then sent to the model. After that, the output is shown. The principal idea is to convert images of text documents such as those obtained from scanning a document into editable text.
  • Thumbnail Image
    Item
    Open Access
    Bangla Word Detection by Extracting Texts From Images
    (North South University, 2020) S. M. Ashiqur Rahman; Md. Golam Mortuza Bhuiyan; Waseq Ayon; Abdullah Al Nauman Shuvo; Syed Athar Bin Amir; 1510039642; 1511710042; 1521061642; 1510041042
    We will create a model that will be taking images as input and extract the Bangla words from there and translate it into English. The main idea is to recognize Bangla texts from images, extract it from there and translate it to English. We will use the knowledge on OCR, NLP, Google Cloud API, etc to make it happen. This application will be helpful to foreigners who will come to visit Bangladesh but don’t know Bangla. They can read any instruction and signs written in Bangla only by taking a photo of the sign and uploading it to our application to get the output. 8
  • Thumbnail Image
    Item
    Open Access
    CloudHealth+: A Smart Doctor-Patient Communication system
    (North South University, 2020) Mohaimenul Islam; Israfil Pramanik; Riad khan; Nabil Hassan; Mohammad Sakib Hossen; Syed Athar Bin Amir; 1421307042; 1421121042; 1510770642; 1320841042; 1420570042
    Healthcare is considered one of the fundamental basic necessities in most of the developed world. However, with a population of upwards of 160 million, healthcare is nowhere near as easily accessible as many of our neighbors, which is a primary cause of concern for many people around our country. CloudHealth+ is a primary healthcare service designed with the goal of making healthcare available to anyone within reach of a mobile network. The application and all the companion services of the CloudHealth+ platform primarily aim at providing primary health care advice within a short-term time frame, tracking medical history automatically, and, if needed, booking a physical visit to a doctor through the application, an online-based prescription system for the convenience of doctors and patients amongst other things. Overall the primary goal is to improve the quality of interaction and treatment between the patient and the doctor, This paper describes our final year project which includes an android mobile application, a web based control panel, a centralized database and a website as part of a broad basic healthcare platform. The application, web-based control panel, and website were all developed using various javascript technologies and php along with MySQL for the database and user access control. Other web development technologies were heavily used as well in the design and interactivity of all the client applications.
  • Thumbnail Image
    Item
    Open Access
    Emergency Services Drone
    (North South University, 2020) Mahmudul Hasan; Istiak Hasan; Nasim Ahmed; Syed Athar Bin Amir; 1610949042; 1531366042; 1420788042
    Bangladesh, a low-lying deltaic country, has a long history with natural disasters like floods, cyclones, droughts, tidal surges, tornadoes, earthquakes, river erosion, high arsenic contents of groundwater, and soil salinity. But manmade disasters like infrastructure collapse or a fire outbreak have worsened the scenario in the recent past. In an underdeveloped country like Bangladesh with its limited resources, drones can play a vital role in these manmade disasters for emergency response or rescue operations. Drones or unmanned aerial vehicles are aircraft that can be controlled remotely without having a pilot aboard. Since the' first appearance of drones for serving military purposes, UAVs have successively become a vital part of the world we know today. This paper represents the Emergency Services Drone project. It is intended to explore the project's capability in emergency service operations while containing features to collect data and extinguish the fire with the sole purpose of saving human lives.