Abstract
A novel method for the generation of synthetic on-line signatures based on the spectral analysis and the Kinematic Theory of rapid human movements, was presented in Part I of this series of two papers. In the present paper, the experimental framework used for the validation of the novel approach is described. The validation protocol, which uses different development and test sets in order to achieve unbiased results, includes the comparison of real and synthetic databases in terms of (i) visual appearance, (ii) statistical information, and (iii) performance evaluation of three competitive and totally different verification systems. The experimental results show the high similarity existing between synthetically generated and humanly produced samples, and the great potential of the method for the study of the signature trait. ► Validation experimental results of a novel synthetic signature generation method. ► Protocol replicable and consistent. ► It may be applied to validate synthetic databases of different traits. ► Results show remarkably high resemblance of synthetic signatures with real samples. ► Very high potential for performance estimation.
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