Student Attendance and Classroom Monitoring System Using IOT

Abstract

In classroom settings, taking after cooperation depends on manual collection, driving to time-consuming, and human botches. To overcome these challenges and to overhaul classroom Computerization, we propose a creative system joining fingerprint development and advanced sensors. The system leverages a microcontroller to robotize cooperation recording and classroom upkeep handle. One-of-a-kind finger impression highlights are considered to be the best and speediest methodology for biometric recognition confirmation. Classroom temperature and relative stickiness are two principal components for understudy reassurance. The center components of the system join a fingerprint sensor for secure affirmation, a DHT11 sensor for measuring temperature and mugginess levels, GSM Module to send day-by-day interest to enrolled versatile numbers. This proposed System offers a strong and compelling course of action to robotize interest and make strides in security measures in interior

Introduction

I. INTRODUCTION

It is basic to keep in intellect and point out that a general- purpose computer itself comprises a sweeping number of embedded systems. Interest organization and security traditions in interior teacher settings. At its heart, this system handles the expansion of advanced progress, tallying a GSM module, DHT11 sensor, and cutting-edge interesting stamp affirmation, to make an environment that reliably blends show-day consolation with expanded security measures!!! The GSM module stands as an establishment, empowering blocked-off communication capabilities that empower the system to effortlessly send and get messages and take notes through cellular frameworks; This value comes full circle in modified transmission of day-by-day cooperation records to enlisted  convenient  contraptions,  giving  invaluable gadget for instructors and chiefs alike. At the same time, the integration of a DHT11 sensor acknowledges the imperative portion of checking the classroom environment. By measuring temperature and stickiness levels, this sensor ensures conditions interior the learning space remain at perfect levels. This not as it proposed system talks about a basic hop forward in honest-to- goodness cooperation organization and security measures interior educators teach. By reliably coordinating special check development and sensor capabilities, we point to streamlining the classroom association, publicizing a strong and profitable course of action that not as it were meets the needs of today's educator scene but also clears the way for a more secure and useful learning environment for all.

II. EXISTING TECHNOLOGY

1. Manual /Schedule bolster is more frequently than not taken by calling understudies by title which takes a allocate of time and contains a chance of botches and center individuals which makes the examination of understudy execution free. The upkeep of record for this sort of participation is time-debilitating and asset-eating up.
2. RFID Development-based Support System in which the interest of understudies or specialists is subsequently recorded with the swipe of a card. The microcontroller will show the message as Swipe the card on the LCD appears. When the RFID per user distinguishes the ID card, it'll send the extraordinary card no to the microcontroller. We have to compare the gotten card no. with the numbers that are as of presently put absent inside the microcontroller or any database at that point the comparing title put absent in that no. appeared on the LCD shows conjointly the interest for the title put absent inside the comparing number is checked, but there's a chance of mishandling the cards. One person can permit another person's cooperation on the off chance that he/she has an RFID card.
3. The system was built to thus control the routine manual trading system utilizing differing sorts of sensors. LDR was utilized for identifying environment light concentrated level and along these lines control the light bulbs in the address hallway.The most incorporated of this system is the control of electrical contraptions inside the human-occupied locale of the address lobby.
4. Furthermore, the framework utilizes additional sensors or cameras purposely put inside the classroom to screen parameters like development and sound levels. These sensors reinforce data to the central server for progress examination. The system may connect alerts and take notes to enlighten educators or chairmen about any odd classroom conduct.

III. PROPOSED FRAMEWORK

The proposed livelihoods are an ESP 32 Microcontroller for classroom Checking and upkeep and Arduino for support framework. Framework works on a fingerprint- based cooperation system that has one-of-a-kind fingerprints of the understudy, after sifting of fingerprints interest will be put absent in the database and sends the message to enlisted flexible number day by day whether the understudy shows or not. DHT 11 sensor is utilized in the System, This Sensor is utilized to recognize the Temperature and mugginess levels of the classroom, and concurring to temperature level DC fan starts working to overhaul classroom security.

IV. IDENTIFICATION OF EQUIPMENT ANGLES

The hardware aspects which have been identified for our proposed system are:

1. ESP 8266 Microcontroller 2. Arduino 3. Fingerprint sensor 3. DHT11 sensor 4. GSM Module 5. LCD 6. RTC module 7.DC fan

V. IDENTIFICATION OF PROGRAM ANGLES

The software aspects that have been identified concerning our proposed system are as follows:

Arduino IDE

The LCD near the GSM module will Display the name of the student and whether he/she is present or not. After fingerprint scanning, the GSM module will send a message. The LCD near the DC Fan will Display the room temperature, According to that Fan will change the speed

IX. ADVANTAGES

1. User inviting
2. High speed
3. Advantageous and low-cost implanted organize
4. Low power consumption
5. Very speedy reaction
6. Reduces Proxy Attendance

X. APPLICATIONS

1. Banking Division: The cash division business's biometric participation frameworks guarantee culminated security by taking after specialist development and avoiding unauthorized physical get to confined ranges.
2. Government Organizations: Government working environments in a general sense utilize biometric participation frameworks for guest organization. These online checking systems are incredibly profitable in delicate work environments and open capacities. These courses of activity are other than vital for voter enrollment and by and broad citizen recognizing confirmation.
3. Institutions of Education: Instructors teach Different teachers, like schools, colleges, colleges, and private settings, and utilize biometric participation frameworks to streamline the collection of attendance and staff participation information. The online participation organization framework tracks and reports day by day, week by week, month to month, and annually back works out. It can effortlessly send the student's participation information to guardians through computerized takes notes.

XI. FUTURESCOPE

We can merge this system with other modules like the Development of a mobile application for students and teachers to access attendance records, receive notifications, and manage attendance remotely. We'll blend this framework with other modules like Progress a convenient mobile application for attendance and education to encourage participation records, take notes, and oversee participation remotely. Hardening of extra sensors like CO2 discoverers for comprehensive conversation almost quality checking. Progression of an adaptable mobile application for blocked-off observing and control of classroom conditions

Conclusion

In conclusion, the execution of an Attendance framework utilizing a one-of-a-kind finger impression sensor has been outlined to be essentially beneficial and secure. The framework guarantees correct following of taking attendance validity of guaranteeing straightforwardness. It also diminishes conclusive workload by computerizing the intrigued handle. The classroom checking framework with the DHT11 sensor precisely screens temperature and levels, guaranteeing a comfortable learning environment for understudies and educating alike with the assistance of a DC fan by moving the speed of the Fan.

References

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Copyright

Copyright © 2024 Dr. Divya Shivani. J.L, Deepika. J, Prasad. M. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.