1.1 Problem Statement To propose a new cost-efficient approach for.

1.1 Problem Statement

To propose a new cost-efficient approach for autonomous attendance in classroom environments, using Computer Vision Techniques, and to make this system record the attendance in a real-time video stream, taking very little time while being efficient.

1.2 Existing System

In the existing system, the faculties usually use pen and paper to record attendance. This process takes a considerable amount of time.

One more approach ib the existing system is the biometric finger prints approach, but people 2

need to stand in lines waiting for their turn to record the attendance.

One more existing approach is using sensors which is named as RFID approach, but in this one

need to buy a sensor and the people still need to wait in lines to get their turn.

One latest approach is the detection of faces, but few software companies are cashing this latest technology by selling their facial attendance product at ₹10000+, so we put check to those

companies.

1.3 Proposed System

In the proposed system, we develop a new-age system to record attendance in a classroom using the facial recognition techniques in Computer Vision Domain. This method will be both cost and time- efficient as no person need to stand in line for their turn to register the attendance and we need not buy any new hardware product, since we can use our own personal laptop and smartphone to achieve the functionality.

With our autonomous attendance system, there will be more time for the teachers to engage students in teaching. There will be less chance of performing mal practicing(proxy). The system is not only cheap but also time-efficient and easy to operate.

BELOW ARE THE QUESTIONS

A.A cost/revenue analysis related to the development, deployment and benefits/revenues to be derived from the service/product. Timing of such investments should be also considered. If your product/service will change the customer’s economics considerably show the financial model from their perspective as well. Ex. – if you are going to provide a device that will reduce the number of auto accidents customers may get involved in you might want to understand what that financially means for customers – how much money would an average family with 2 cars, 2 adult drivers save on their insurance). What method are you going to use to finance all elements of your product/service roll-out through all phases – design, production, phased rollouts of products/services?

GIVE ME THE BEST SOLUTION WITH CALCULATED VALUES FOR THE ABOVE QUESTION BASED ON THE DESCRIPTION GIVEN ABOVE