Keystroke recognition using neural network

Purvashi Baynath, K. Soyjaudah, Maleika Heenaye-Mamode Khan
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引用次数: 7

Abstract

This paper present a keystroke dynamics Biometrie system using neural network as its classifier to recognize an individual. Biometric scheme are being widely used as their security merits over the earlier authentication system based on their history, that is the records were easily lost, guessed or forget. Biometric is more complex than password and is unique for each individual. Keystroke dynamics, which distinguishes individual by its typing rhythm, is the most prevalent behavior biometric authentication system. In this work, the focus is made on the dwell time and flight time of the users' typing to recognize or reject an imposter. A multilayer perceptron (MLP) neural network is used to train and authenticate the features. The neural network classifier is used to evaluate the feature of the user. Based on the recognition rate of 98.5% achieved, the fusion of keystroke dynamic features along with Neural Network has proved to be a promising technique.
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使用神经网络进行击键识别
提出了一种以神经网络为分类器的击键动力学生物识别系统。生物识别技术由于其安全性优于以往基于历史的认证系统,即记录容易丢失、被猜测或被遗忘,而被广泛使用。生物识别比密码更复杂,而且对每个人来说都是独一无二的。击键动力学是最流行的行为生物识别认证系统,它通过输入节奏来区分个体。在这项工作中,重点关注用户输入的停留时间和飞行时间,以识别或拒绝冒名顶替者。采用多层感知器(MLP)神经网络对特征进行训练和验证。利用神经网络分类器对用户特征进行评价。基于98.5%的识别率,将击键动态特征与神经网络相融合是一种很有前途的技术。
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