Iris Based Human Identity Recognition with Deep Learning Methods

Project Code :TCMAPY504

Objective

The main objective of this to classify the eye and segment the iris from the classified eye using the CNN based transfer learning model of deep learning.

Abstract

One of the most important modules of computer systems is the one that is responsible for user safety. It was proven that simple passwords and logins cannot guarantee high efficiency and are easy to obtain by hackers. The well-known alternative is identity recognition based on biometrics. In recent years, more interest was observed in the iris as a biometrics trait. It was caused due to the high efficiency and accuracy guaranteed by this measurable feature. The consequences of such interest are observable in the literature. There are multiple, diversified approaches proposed by different authors. In this work, the authors present their own approach to an iris-based human identity recognition algorithm. For classification, the algorithm was used CNN and artificial neural networks. Once after the classification, the segmentation is performed on the classified output, and the iris part is segmented. Performed tests have shown that satisfactory results can be obtained with the proposed method.

Keywords: Iris-based human identity recognition, CNN, Image segmentation, artificial neural networks.

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Block Diagram

Specifications

H/W Configuration:
  • Processor:  I3/Intel Processor
  • Hard Disk: 160GB 


S/W Configuration:

  • Operating System:  Windows 7/8/10  
  • IDE:  Pycharm 
  • Libraries Used:   Numpy, IO, OS, Keras
  • Technology:  Python 3.6+

Learning Outcomes

·         Scope of Real Time Application Scenarios.

·         What is a search engine and how browser can work.

·         What type of technology versions are used.

·         Use of HTML, and CSS on UI Designs.

·         Data Parsing Front-End to Back-End.

·         Working Procedure.

·         Introduction to basic technologies used for.

·         How project works.

·         Input and Output modules.

·         Practical exposure to

o   Hardware and software tools.

o   Solution providing for real time problems.

o   Working with team/ individual.

o   Work on Creative ideas.

·         Frame work use.

·         About python.

Demo Video

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