Arduino-Powered Automation for Accurate Digital Counting

Abstract

In the domain of automated counting systems, our digital counter system offers an efficient solution for tallying individuals, vehicles, and objects entering or exiting various environments. This innovative project utilizes Infrared sensors, piezoelectric sensors, and Arduino technology to autonomously detect and record numerical data with precision. Strategically positioned at entry points, the Infrared sensor acts as a vigilant sentinel, while an array of piezoelectric sensors discreetly resides beneath a mat, serving as sensitive receptors. Together, these sensors collaboratively acquire and transmit data to the Arduino microcontroller, where sophisticated internal code executes accurate counting procedures. Notably, this system operates efficiently on low voltage, emphasizing its energy-saving capability, and requires minimal maintenance for sustained reliability. This research introduces a robust and intelligent digital counting system with vast potential for diverse applications where meticulous and dependable counting processes are paramount.