Browsing by Author "Nusrat Jahan Moni"

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    3-SURVIVORS: Rough Terrain Negotiable Teleported Mobile Rescue Robot with Object Detection
    (North South University, 2019) Rafia Alif Bindu; Sazid Alam; Nusrat Jahan Moni; Dr. Shahnewaz Siddique
    Today, technology is developing in the same direction in line with rapidly increasing human needs. The work done to meet these needs makes life easier every day, and these studies are concentrated in robotic arm studies. Robot arms work with an outside user or by performing predetermined commands. Nowadays, the most developed field of robot arms in every field is the industry and medicine sector. When we talk about robots, people tend to think that robots are only suitable to use in the industry or just for the scientist to test new technologies. However, the main function of robots is to help humans in doing work either in the industries or just helping out doing normal household chores. To bridge the gap of the normal perception of “robots are for the industries only” is omitted for our project. This project presents the development of a radio-controlled robotic arm. The movement of the robot arm can be controlled by a FlySky FS-CT6B 2.4GHz 6CH Transmitter and a radio controller. This robot can be used to demonstrate that a robot can be used inside a home or outside for daily human chores. The robot is controlled by Arduino that interfaced with the controller by a 500 GHz receiver. Designed and realized in the project, the robot arm has the ability to move in 6 axis directions with 6 servo motors. Two types of analysis was done for this project that is servo motor analysis and accuracy test. The accuracy test shows that the results of the actual output of the servo motor as compared to the input send to Arduino Uno via controller is between 90% to 95%. This prototype of the robot showed that the operation was successful. This user-friendly robot is expected to bridge the gap between robot and household chores
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    Design, Analysis and Implementation of Automatic Car parking system
    (Uttara University, 2024) Md. Ariful Haque; Md. Minarul Islam; Nusrat Jahan Moni
    Automated car parking (ACP) systems represent a significant advancement in urban transportation, designed to optimize parking efficiency, reduce human intervention and address the growing demand for parking spaces in crowded cities. These systems utilize a combination of Arduino, sensors, robotics to enable vehicles to park autonomously without driver input. The primary objective of ACP systems is to maximize space utilization, decrease traffic congestion and enhance convenience for users. There are two main types of automated parking systems: Automated Valet Parking (AVP), where the driver drops off the vehicle and automated parking garages, where robotic systems park and retrieve vehicles within multi-story structures. While ACP systems offer numerous benefits such as increased parking capacity, reduced search time for parking spots and enhanced safety, they also present challenges such as high installation costs, integration with existing infrastructure, and accessibility issues. This abstract outlines the key features, benefits, and challenges of automated car parking, and highlights its potential to transform urban parking solutions through technological innovation.