Description
Face recognition is a identification of humans by the unique characteristics of their faces. This is the fastest bio-metric technology. This technology is used to control,track and monitor individual students of a class. This can detect faces in images,quantify their features,and then match them against stored templates in a database. This reduces wastage of time and differentiate faces from non-faces so that errors can be minimized.
Pre-requisites/Implementation Technologies
Pre-requisites |
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1 . Opencv |
2 . Basics about Python |
3 . LBPH recognizer |
Technologies |
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1 . Python |
2 . Html5, CSS3, Bootstrap |
3 . LBPH recognizer |
4 . Haar Cascade |
Hardware |
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1 . Camera - 1 |
2 . Raspberry pi |
Note: One kit will be provided per team for practice.
Project Development Lifecycle
Day | Action plan | Detailed Plan |
---|---|---|
Day 1 | Project Analysis | 1. Explanation about Project Development Cycle. 2. Project Requirements. 3. Introduction to project and basic functionality. |
Day 2 | Gathering Data | Gather face data of the person you want to recognize |
Day 3 | Coding | 1. Write a code on python using opencv 2. Compare Images |
Day 4 | Designing | Designing the template |
Day 5 | Face Recognition | Feed new faces of the persons & see if the face recognizer is recognizing or not. |
Day 6 | Testing and Documentation | 1. Testing for any bugs and issues. 2. Preparing the documentation of the project |
Team Size and Price
Team Size | Price for Team |
---|---|
4 | 4000 |
Note: A team can have maximum of 4 members.
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Developer