Abstract:
With the growth of science and technology, we are seeing automation in practically every field, particularly in robotics and electronics, where intelligent robots are being introduced to reduce human labor. This dramatic increase in the use of automation in every industry necessitates automation in some of the less explored fields, such as metal detection, where human efforts are still required. It still requires a person to travel around while carrying a defector, which can be cumbersome at times, and it also restricts human access to certain regions that are not physically accessible to humans.
To circumvent the constraints, a significant amount of rework on the detecting principle may be required, which may not be practicable due to the physical limitations of the electronics. The goal of our project is to find a technique to get around the limitations imposed by human efforts.
Not only may the project we're proposing save human efforts and reduce the amount of labor required, but it also has the potential to open. In comparison to traditional systems, this system can access places that are physically inaccessible to humans, transfer data remotely, and work with a Bluetooth-controlled device that allows it to be managed remotely without having to physically appear up. It also features a GPS system that constantly monitors its location and communicates it to the user.
