This Project is based on Live or Real-time Face Recognition System . We have used this technique for creating an attendance system. Real-time scanning faces enables fast and efficient Attendance System. Tradition Attendance System has raised many problems. Calling each students roll no. is
Live Multi Persons Attendance System
This Project is based on Live or Real-time Face Recognition System . We have used this technique for creating an attendance system. Real-time scanning faces enables fast and efficient Attendance System. Tradition Attendance System has
raised many problems. Calling each students roll no. is time wasting as it takes up to 15 minutes to take
the attendance. Even Online Attendance finds same problem. Sometimes Absent students get their
attendance marked. And some don’t get their attendance marked because they were absent at the time
of attendance. Thus it is obvious to solve this problem. Real-time Face recognition is the efficient way to
identify the students and enlist the attendees. We have used Machine/Deep Learning to solve this issue.
Machine Learning Model can easily validate the image and save list of attendees into data base. It will
be fast, easy and efficient way to make students obligated for being in class to have their attendance
marked. We will train the Model using CNN . On Runtime Faces will be scanned and found with the help
OpenCV Library in Deep Learning to accomplish this goal. Thus we can have a system to take attendance
of whole class with one Click.
We will use Computer Vision in Machine/Deep learning which is used for Visual Data.For any Machine/Deep Learning Model major ingredients are 1. Data Sets 2. Machine/Deep Learning Algorithms
We will use these building blocks to train the Model for our project.
We will collect images of students of a class, label each image, pass it through Processing and Model
training.
We will make Image Data available to tackle the Classification through Supervised Learning Method.
Camera will be accessed through OpenCV library in python.
Students’ faces will be scanned and Model will compare the scanned faces with images on data base.
If the faces match the recorded image data, Face scanned will be recognized and its label will be saved in
data base denoting date and time of Attendance and list of labels will be saved as List of Attendees.
Steps for training Model
1. Preprocessing: Image data will be stored in data base and all images will be given LABELS.
2. Model Training: CNN (Convolutional Neural Network) in Deep Learning will be used to train
the Model on given images Data.
3. Application will access Camera and it will be done through python code from OpenCV(Fixed
Camera in Class or Mobile Camera)
4. Camera will scan whole the class and will find the Faces with the help of OpenCV Library in
Python
5. Found Faces will be matched with Trained Data
6. Classify The Faces and Enlist Labels of matched Faces and mark them as Present.
7. Attendance List will save in Excel File and will be sent to Student Attendance Cell.
Resources
1. For Image Data Sets We will collect 10 images of every student of the class.
2. We will apply the algorithms of Model Training from
a. Github Open Source Repository
b. Kaggle
c. Google
d. YouTube
Hardware: Cameras
Two types of Cameras may be functional in this project.
1. May be Fixed in Class
2. Mobile camera with required specification
Camera Specification
a. Range of camera
b. Quality (MP)
c. Rotatable and Zoom able
d. Enough Resolution to fetch faces from 40 ft.
e. Bluetooth connectivity enabled.
1. This project will enable Teacher to take Attendance of students on one Click.
2. Time consumed on attendance will be put into lecture and disturbance because of attendance
will be avoided.
3. All students will get their attendance marked on the same time.
4. Students present in class will never miss their Attendance.
5. Students will find it compulsory to be in class otherwise they will be marked as absent.
6. Student cannot be marked absent if student present in class.
7. Student will not get attendance if they are absent in class.
Limitations
Future Innovation
| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| High Quality IP Camera | Equipment | 1 | 50000 | 50000 |
| Prints, Delivery chargess | Miscellaneous | 2 | 1500 | 3000 |
| Total in (Rs) | 53000 |
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