Authors :
Joe Essien
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/5fc4b6up
DOI :
https://doi.org/10.5281/zenodo.8149686
Abstract :
Integration of Ultrasonic Range Finder
Technology with Internet of Things (IOT) for Smart
Automated Door Control Systems is an innovative strategy
that integrates two potent technologies to create intelligent
and effective door control systems. The integration enables
the automation and real-time monitoring of door
operations, thereby augmenting security, convenience, and
energy efficiency. By integrating ultrasonic range finder
technology, which utilizes sound waves to measure
distances, with IoT, automated door control systems can
be enhanced with advanced capabilities. This paper
presents the integration of ultrasonic range finder
technology with smart automated door control systems.
The work is grounded on the principles of sound wave
propagation and the measurement of the time it takes for
sound waves to travel and reflect back from objects. The
work leveraging on the benefits of enhanced security,
efficiency, data-driven insights, and integration
possibilities with other IoT devices using Arduino Uno
microcontroller, Ultrasonic Range Finder, Ultrasonic
sensors, motor driver and integrated circuits. Ultrasonic
sensors are deployed as the main medium for sensing users
of the system. The methodology adopted include a user
interface prototype that can be simulated to allow
monitoring and control of the automated door system. The
study contributes towards the potential for developing
intelligent and responsive door control systems, thereby
augmenting the overall smart building ecosystem. The
contributions of this work demonstrate the versatility and
wide-ranging impact of Ultrasonic Range Finder
Technology across various domains, enhancing efficiency,
safety, and functionality in numerous applications.
Keywords :
Sensing and Measurements, Real-Time Data Acquisition, Data Processing and Analytics, User Interaction, Security and Access Control.
Integration of Ultrasonic Range Finder
Technology with Internet of Things (IOT) for Smart
Automated Door Control Systems is an innovative strategy
that integrates two potent technologies to create intelligent
and effective door control systems. The integration enables
the automation and real-time monitoring of door
operations, thereby augmenting security, convenience, and
energy efficiency. By integrating ultrasonic range finder
technology, which utilizes sound waves to measure
distances, with IoT, automated door control systems can
be enhanced with advanced capabilities. This paper
presents the integration of ultrasonic range finder
technology with smart automated door control systems.
The work is grounded on the principles of sound wave
propagation and the measurement of the time it takes for
sound waves to travel and reflect back from objects. The
work leveraging on the benefits of enhanced security,
efficiency, data-driven insights, and integration
possibilities with other IoT devices using Arduino Uno
microcontroller, Ultrasonic Range Finder, Ultrasonic
sensors, motor driver and integrated circuits. Ultrasonic
sensors are deployed as the main medium for sensing users
of the system. The methodology adopted include a user
interface prototype that can be simulated to allow
monitoring and control of the automated door system. The
study contributes towards the potential for developing
intelligent and responsive door control systems, thereby
augmenting the overall smart building ecosystem. The
contributions of this work demonstrate the versatility and
wide-ranging impact of Ultrasonic Range Finder
Technology across various domains, enhancing efficiency,
safety, and functionality in numerous applications.
Keywords :
Sensing and Measurements, Real-Time Data Acquisition, Data Processing and Analytics, User Interaction, Security and Access Control.
