A Drones for Controlling the Communication Network using GPS
P. Sharmila, S Arunkumar, T. Mohanraj, Pranav Kumar, Mayur Pal Singh Pawar, J. Jasmine Hephzipah · 2024
In the modern world, drones are growing into flexible tools, capable of performing diverse jobs such as security, transportation, and data gathering. Many of these uses are designed for indoor settings, covering industry sites, workshops, and buildings. This study attempts to present a new tool for the efficient control of drones within the indoor environment. The suggested system sees the coordination of helicopters akin to a the internet about Things (IoT) model, containing sensors and controllers. This platform works on a network linking drones that interact with a single computer. Users can easily handle and watch drones by way of a web application, allowing the creation of complex flight plans and getting access to real-time data collected by sensors. Aided by a wireless network, drones remain in constant contact with the computer through UDP messages. The user-friendly application enables individuals to develop and save flight arrangements, subsequently sending them to linked drones. The flexibility of this platform stretches to various applications in industry, allowing for the inclusion of special sensors (e.g., gas, humidity, radiation) or motors such as grasping devices and carriers on drones, further increasing its usefulness in diverse contexts.