Abstract: At this point of time, one of the trendy key word in the clothing industry all over the world especially for footwear industry is "Mass Customization". Thus shoe making manufacturers to survive and to be successful within an increasingly globalish market they need to fight competition on different grounds such as flexible automation and IT solution that enable high variance in operation at low switching cost. Footwear fitter measurement have been using manual measurement for a long time. Along with the development of 3D acquisition devices and the advent of powerful 3D visualization and modeling techniques, automatically analyzing have now made automatic collection of consumer foot data for further analysis such as shoe last design and population distribution as well as for communication with customers for determining footwear fit. Data resulting from 3D scanning are given in arbitrary positions and orientations in space. To apply sophisticated modeling operation on these data sets, su

• Publication Date: 19-Apr-2015
• DOI: 10.15224/978-1-63248-044-6-16
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Abstract: In on-line signature verification, a set of dynamic raw data such as xy position and pressure of pen, and/or the processed data such as velocity and acceleration data are used as feature parameters. For biometric authentication on mobile devices, however, another feature which is easily extracted from the behavior of finger touching or tipping on screen should be used. For this purpose, we have studied the individuality included in the on-tablet durations in writing characters. In this paper, we describe the characteristics of on-tablet durations in writing characters and their individuality. According to preliminary experiments using name characters written by 11 persons, we can verify the writer without error only by a sequence of on-tablet durations. By using skilled forgery characters, 1.6% averaged EER (Equal Error Rate) for simulated characters and 3.3% averaged EER for traced characters are given respectively

• Publication Date: 19-Apr-2015
• DOI: 10.15224/978-1-63248-044-6-17
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