1. offline signature recognition using machine learning
TRANSCRIPT
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8/10/2019 1. Offline Signature Recognition Using Machine Learning
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Offline Signature Recognition Using M
Mohammad Ikhsan Bin Zakaria,
Engineering and Information Technologies, Inte
Sarajevo, Bosnia and Herze
E-mails:[email protected]
Abstract
mailto:[email protected]:[email protected] -
8/10/2019 1. Offline Signature Recognition Using Machine Learning
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International Symposium on Sustainable Development
persons. Offline signature recognition and verification
proposed. In [4] they used stroke angle and stroke speed a
This paper is organized into five sessions. The following
session 1, session 2 describes the proposed method, in
preprocessing and feature extraction, in session 4 descri
session describes conclusion.
2.SIGNATURE IMAGE PREPROCESSING
In this paper signature image preprocessing can be
Hi t E li ti (2) F i T f (3) Bi
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Figure 2: Basic format CN for P
Where Pi is the bi-level pixel value in the neighborhood o
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were collected from 30 students at International Burch
signatures samples. After converting 300 signatures into
into 300 single signature images. The file was analyzed ffollowing session describes ANN classification and testin
3.2. Feed-forward Backpropagation Network (newff)
In this experiment we used feed-forward backpropagatio
error as the measurement for performance on the neurinfluence of training algorithm and transfer function whi
recognized signatures. In figure 4 (a) shows the examp
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20 20-10-10-1 traingdmlogsig, tan
pur
20 20-10-10-1 traingdxlogsig, tan
pur
The performance of training is influenced by number o
learning methods. Generally,mseis calculated in MATL
(2) it is just additional description of calculating mse us
used the logic to compare between target output and actu
in target output that are larger or equal to actual output an
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20 20-10-10-1 trainbfg tansig, logsig, log
20 20-10-10-1 trainbfg logsig, tansig, tan
20 20-10-10-1 trainlm logsig, tansig, tan
Our attributes in table 2 are training algorithm trainlm
session trainbfg spent more time than trainlm to find ou
inputs with two hidden layers and tansig as transfer fuaccuracy rate and 0 in mse error. Thus we concluded t
produced the highest accuracy we got. However, mse do
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8/10/2019 1. Offline Signature Recognition Using Machine Learning
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International Symposium on Sustainable Development
20 20-10-10-1 trainlmlogsig, tans
pure
20 20-10-10-1 trainbfglogsig, tans
pure
In this experiment the lowest mse is 0.0476 and the hi
table 3 shows that there are two highest accuracy rates bu
output is the one that has lower mse error, even though
inputs, hidden layer but different training algorithms. Tr
As a sample of testing session in this network figure 4
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8/10/2019 1. Offline Signature Recognition Using Machine Learning
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3rd
International Symposium on Sustainable Development
using learnlvq1 or learnlvq2 and hidden neurons. Even
values. Thus learning vector quantization gave the highe
mse.
(a) (b)
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Khuwaja, G. A. &Laghari, M. S. (2011). Offline Handw
Academy of Science, Engineering and Technology 59.
Basavaraj, L. &Sudhaker Samuel, R.D. (2009). Offli
Recognition: An Approach Based on Four Speed Stro
Recent Trends in Engineering, Vol 2.
Zhao, F., & Tang, X. (2006). Preprocessing and postproc
minutiae extraction, Pattern Recognition 40 (2007) 12
Recognition Society.
Zhili, W. (2002). Fingerprint Recognition. UnpublishBaptist University.