Authors :
Bajjuri Maneesh; Janapati Krishna Chaithanya; Valupali Sandeep Kumar; Gangojula Ramu
Volume/Issue :
Volume 7 - 2022, Issue 12 - December
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3XCjiwu
DOI :
https://doi.org/10.5281/zenodo.7542587
Abstract :
- In classrooms, time is wasted on roll calls as
it's done manually. In this proposed system, an
authorized pupil is given an RFID label. therefore, the
data stored in the card is appertained to as
identification/ attendance of a person. Once the pupil
places the card in front of the RFID card anthology, it
reads data and verifies it with the data stored
microcontroller ESP32. However, also it displays a
communication on the TV attesting to the entry of that
pupil; additionally displays a communication denying
the attendance, If the data matches. The status of a
pupil’s attendance recaptured system by pressing the
status button connived to the microcontroller. Hence, a
lot of time is saved as all the scholar’s attendance is
directly stored in the database.
Keywords :
Internet of Things; Radio Frequency Identification; Microcontroller ESP32; Attendance System
- In classrooms, time is wasted on roll calls as
it's done manually. In this proposed system, an
authorized pupil is given an RFID label. therefore, the
data stored in the card is appertained to as
identification/ attendance of a person. Once the pupil
places the card in front of the RFID card anthology, it
reads data and verifies it with the data stored
microcontroller ESP32. However, also it displays a
communication on the TV attesting to the entry of that
pupil; additionally displays a communication denying
the attendance, If the data matches. The status of a
pupil’s attendance recaptured system by pressing the
status button connived to the microcontroller. Hence, a
lot of time is saved as all the scholar’s attendance is
directly stored in the database.
Keywords :
Internet of Things; Radio Frequency Identification; Microcontroller ESP32; Attendance System