HUMAN FACE RECOGNITION USING ACCELERATED MULTILAYER PERCEPTRONS
Authors:
Z. Zainuddin a;
D. J. Evans b;
M. H. Ahmad Fadzil c
| Affiliations: | a School of Mathematical Sciences, Universiti Sains, Malaysia 11800, Penang, Malaysia. |
| b Department of Computing & Mathematics, Nottingham Trent University, Nottingham NG1 4BU, UK. | |
| c School of Electrical and Electronic Engineering, Universiti Sains, Malaysia, 3175 Tronoh, Malaysia. |
DOI:
10.1080/0020716022000002774
Publication Frequency:
15 issues per year
Published in:
International Journal of Computer Mathematics,
Volume
80,
Issue
5
May
2003
, pages 535
- 558
Subjects:
Analysis - Mathematics;
Bioinformatics;
Computer Mathematics;
Discrete Mathematics;
Mathematical Finance;
Mathematical Logic;
Mathematical Numerical Analysis;
Systems & Computer Architecture;
Number of References: 24
Formats available:
PDF
(English)
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Abstract
Standard back propagation, as with many gradient based optimization methods converges slowly as neural network training problems become larger and more complex. This paper describes the employment of two algorithms to accelerate the training procedure in an automatic human face recognition system. As compared to standard back propagation, the convergence rate is improved by up to 98% with only a minimal increase in the complexity of each iteration.
|
| Keywords: Back Propagation; Steepest Descent; Learning Algorithm; Convergence; Human Face Recognition; Conjugate Gradient; Dynamic Momentum Factor (DMF); Dynamic Learning Rate (DLR) |
| view references (24) |

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