Smart Attendance is a lite weight automatic attendance program powered by the latest technology of OpenCV, Siamese-One shot-neural network and other such powerful artificial neural networking tools to aid professors take an easy attendance in class.
- No more lengthy roll calls
- Prevent proxy attendances
- Regular student checks to prevent walking out after roll call
- Unattended accurate attendance
- Magic
- Professors get email copies of the same class' attendance just after class
- Timetable updation to prevent empty classroom captures and power off times
- Monthly/Weekly reports of students who are missing classes regularly
The overriding design goal for Smart attendance is to make it as convinient as possible to take attendance without wasting too much time.
Chewing over the idea, we stumbled upon a ludicrous idea... What if we don't need to take attendance at all and also placate the Academic Staff and the Dean giving them reports on attendance that they need xD
Smart Attendance uses a number of open source projects to work properly:
- #1 That you won't understand so I wouldn't make an attempt
- #2 The stuff that I don't understand so everything else is out of question
- [AngularJS] - HTML enhanced for web apps!
- [Ace Editor] - awesome web-based text editor
- [markdown-it] - Markdown parser done right. Fast and easy to extend.
- [Twitter Bootstrap] - great UI boilerplate for modern web apps
- [node.js] - evented I/O for the backend
- [Express] - fast node.js network app framework [@tjholowaychuk]
- [Gulp] - the streaming build system
- Breakdance - HTML to Markdown converter
- [jQuery] - duh
Smart Attendance requires a few Open Source tools to run.
Install the dependencies and devDependencies and start the server.
$ cd smart_attendance
$ pip install -r requirements.txt
For the models to work we need nVidia Cuda cores for a few functionality for ~100% accuracy.
Works otherwise too!
- Doesn't need to store or learn from too many images of student. Needs only 1 shot of the student (picture) and works with close to perfect accuracy
- Doesn't require much heavy computation compared to any other algorithms that need to process a lot of data to survive the task
- Works with any reasonably powerful device for many camera periferals in different classrooms
$ cd smart_attendance
$ $a=7
$ python3 face_detect_cv3.py Images/$a/$a.jpg
$ cd SRN-Deblur-master
$ python run_model.py --input_path=./../Images/$a/ --output_path=./../Images/$a/
$ cd ..
$ python3 resize.py
$ cd Face\ Recognition
$ python3 siamese.pyOr we have simplified the task for you just change the a value in the run.sh file given and then run this
$ ./run.shWant to contribute? Great!
Talk to us and we can work on it together
Open your favorite Terminal and explore all you can look around till we get back to you 😜
- Write to us we can talk about it... Looking out for creative genius ideas
Licensed to team: