A BIOMETRIC AUTHENTICATION SYSTEM FOR ELECTRONIC EXAMINATION

  • A. J. IKUOMOLA
  • O. A. AROWOLO
Keywords: Adaptive, Artificial Neural Network, Fuzzy, Performance

Abstract

Electronic examination system was introduced into the examination system to overcome the stress and the time consumption factors commonly experienced in the traditional paper-based examination system. In both the traditional and the e-examination system, eligible students are allowed to write examination only after they have been manually authenticated by invigilators. However, impersonation problem persist owing to human or examiner error which occur when examiners cannot distinctively distinguish each student (e.g. in the case of twins). This paper attempts to address the problem by proposing fingerprint biometric authentication technologies to curb unethical conduct during electronic examination. The fingerprint biometric device has the ability of identifying unique biological characteristics of student. The e-examination system is made up of four phases; Registration, Verification, Examination and Submission phases. Two categories of software were used: the system software and the application software. The system software consists of the operating system which is Windows XP professional Service Pack 2 and the application software architecture is C# programming language. C# is a multi-paradigm programming language encompassing strong typing, imperative, declarative, functional, procedural, generic, object-oriented (class-based) and component-oriented programming disciplines. C# was used to implement the design because of its interactiveness and good functionalities in graphical outputs. Testing the new design with data, the result shows a system that can administer examination effectively.

 

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Published
2013-02-04
Section
Articles