Browsing by Author "V LAKSHMI MEGHANA 1NH20CS235"

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    Satellite Visualization Toolkit Based on Auxiliary Data
    (New Horizon College of Engineering, 2024) V LAKSHMI MEGHANA 1NH20CS235
    A crucial component of contemporary aerospace operations is satellite ground tracking, which makes it possible to monitor and control satellite trajectories to guarantee their secure and effective functioning. The goal of this project is to create a web application that can precisely track and visualize the movement of several types of satellites, such as low Earth orbit (LEO), Geostationary, and Remote Sensing Satellites etc. The program uses the North American Aerospace Defense Command's (NORAD) two-line element (TLE) data to calculate the latitude and longitude coordinates of satellites at various times, allowing their trajectories to be shown. Using Web development, this online application creates an interactive platform that allows users to enter TLE data for individual satellites and see their motions in real time or simulated over a predetermined period of time. The user interface facilitates the detection of possible collision hazards and improves user knowledge of satellite orbits by offering straightforward options for changing the time frame and seeing satellite locations at specified times. In addition, the program has the option to display merged satellite tracks, enabling users to see interactions between several satellites and their individual trajectories. The names of each satellite are shown along its journey to help in identification and to provide context. This project gives satellite tracking procedures by integrating TLE data with interactive visualization techniques, providing a useful tool for scholars, aerospace professionals, and hobbyists etc. Because the program is web-based, it can be used on various platforms and is widely accessible, which is beneficial for satellite operations and space exploration.