The development of a disruption responsive smart room technology with attendance management system
Jennifer P. Juaneza
Discipline: others in technology
Abstract:
This paper discusses the development of a disruption responsive smart
room technology with an Attendance Management System. It outlines the
key features of the technology, such as the use of sensors to identify
environmental changes, the creation of algorithms to comprehend and react
to these changes, and the integration of smart devices to facilitate smooth
communication and control. The disruptive responsive technology has
transformed traditional processes and industrial practices combined with
the latest smart technology that evolved locally and globally. The
proponent of this study created the Development of a Disruption
Responsive Smart Room Technology, which will allow modern
technologies to be used to generate a substantial difference from the
traditional ones. The objectives of this study were to establish an RFID
(Radio Frequency Identification)-based registration and identification
system for faculty and students that will help with the accuracy of
attendance management and an electrical supply relay socket that will
enable the function of a smart room technology that will give the faculty
the power to control the devices connected to and networked with a mobile
console. The automatic temperature change based on the humidity levels
of the room utilizing the humidity sensor is another highlight of the study.
The technology needs to be linked to a network and the internet in order to
function as intended. The researcher used Developmental Research in this
study and utilized the Agile Methodology, which includes all of its phases.
Its purpose is to assess the research effectiveness and efficiency with an
excellent rating from its respondents. The paper concludes with an
evaluation of the potential issues with the technology's development and
application and provides recommendations for further research in this area.
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ISSN 2799-0648 (Online)
ISSN 2799-063X (Print)