Smart Surveillance System Based on Real-Time Identification (SSSBRI)

The aim of the project is to design a prototype module based on smart surveillance system. The resulting system   is expected to be utilized to identify the registered students in a class on real time bases during class timing to mark their attendance. The prototype module will con

Project Title

Smart Surveillance System Based on Real-Time Identification (SSSBRI)

Project Area of Specialization

Artificial Intelligence

Project Summary

The aim of the project is to design a prototype module based on smart surveillance system. The resulting system   is expected to be utilized to identify the registered students in a class on real time bases during class timing to mark their attendance. The prototype module will consist of a hardware and software. The hardware component will  have smart machine with surveillance camera, to be used to capture the single picture of whole classroom during class timing and extract the facial features of each student (attendee) from the captured image. The software component consists of students data base system as well as context aware techniques.  During the image extraction procedure, the machine identifies the individual student of particular class and automatically mark the student’s attendance. In addition, the Smart Surveillance System Based on Real-Time Identification will send the exacted features to data base system where features mapping will be performed. When the features is matched, the smart machine shows the presence of students in class room else machine consider  the students as absent. On the bases of context aware techniques, the smart system will send the classroom action based activities on cell phone of class teacher by using Hybrid Application.

Project Objectives

The project objective is to Design and develop Smart Surveillance System Based on Real-time Identification (SSSBRI). The proposed system will perform the real time class monitoring and will also send various classroom activities alerts on class teacher cell phone via using Hybrid Application. The SSSBRTI system will also automate the students’ attendance system.  

Project Implementation Method

Phase One: The logical architecture of proposed system will be designed.

Phase two: Hardware Prototype  system will be developed.

Phase Three: Required database  and user graphic interface will be developed and designed.

Phase Four: Implementation of pre-defined rules for efficient surveillance

Phase Five: Compression will be performed by other existing system.

Phase Six:  System Performance will be evaluated

Benefits of the Project

• Automat the class attendance system by using face recognition techniques

• Real time class monitoring

• Generates alerts and disseminate them on class teacher cell phone

• Provide paperless environment

• Provide web and hybrid application platforms to execute the class activities

Technical Details of Final Deliverable

• The designed smart surveillance system will recognize students by applying the face recognition and computer vision technologies

• The system will capture an image of whole class and extract the features from the image and than compare the features with existing image in database system

• High level database will be designed to store student images

Final Deliverable of the Project

Hardware System

Type of Industry

Education , IT , Security

Technologies

Artificial Intelligence(AI)

Sustainable Development Goals

Quality Education

Required Resources

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