Authors :
Prathamesh Jadhav; Yash Dhekale; Abhishek Joshi; Darshan Achalkar
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
http://tinyurl.com/3r6unstn
Scribd :
http://tinyurl.com/mpays7m2
DOI :
https://doi.org/10.5281/zenodo.10434279
Abstract :
The IR Navigator Positioning System shows
how IR remote control and Arduino-powered servo
motors can work together smoothly. It's a project that
provides accurate control in different situations using IR
communication and servo motors. It's a clever and easy-
to-use solution for various applications.
The system uses IR receivers to pick up signals
from a standard remote control. These signals are
carefully handled by an Arduino microcontroller, the
brain of the operation. What makes this system stand
out is its ability to turn those IR signals into precise
movements of a servo motor, enabling accurate angular
positioning for various applications.
Combining these elements opens up a world of
possibilities, enhancing robotics, automation, and
enabling incredibly accurate remote-controlled devices.
The Precision Positioning System, introduced here,
invites a closer look into its technical intricacies and
practical applications. This integration provides a
foundation for advancing various projects, making them
more precise and efficient. Whether it's refining the
movements of robots or ensuring unparalleled accuracy
in remote-controlled devices, the system offers versatile
solutions. The following exploration will delve into the
details of how this system works and its potential impact
on a wide range of applications.
The IR Navigator Positioning System shows
how IR remote control and Arduino-powered servo
motors can work together smoothly. It's a project that
provides accurate control in different situations using IR
communication and servo motors. It's a clever and easy-
to-use solution for various applications.
The system uses IR receivers to pick up signals
from a standard remote control. These signals are
carefully handled by an Arduino microcontroller, the
brain of the operation. What makes this system stand
out is its ability to turn those IR signals into precise
movements of a servo motor, enabling accurate angular
positioning for various applications.
Combining these elements opens up a world of
possibilities, enhancing robotics, automation, and
enabling incredibly accurate remote-controlled devices.
The Precision Positioning System, introduced here,
invites a closer look into its technical intricacies and
practical applications. This integration provides a
foundation for advancing various projects, making them
more precise and efficient. Whether it's refining the
movements of robots or ensuring unparalleled accuracy
in remote-controlled devices, the system offers versatile
solutions. The following exploration will delve into the
details of how this system works and its potential impact
on a wide range of applications.
