Conceptual Analysis of Correspondence between Plantar Pressure and Corrective Insoles
Some theoretical and experimental aspects related to
the conceptual analyses concerning the direct correspondence
identification between the shape, area and orientation of plantar
pressure and obtaining adequate corrective insoles by rapid
prototyping are presented in this paper. In the first part of the paper
there is the theoretical-correlative concept, which is the fundament of
correspondence deduction between plantar surface characteristics and
respectively corrective insoles. In the second part of the paper the
experimental equipment used to analyze and perform the
correspondence stages and then the integral ones between the
analyzed foot shapes and the ones with corrective insoles is
presented. In the final parte the results used to adapt the insoles
obtained by rapid prototyping but also some specific aspects and
conclusions of the conceptual analysis of direct and rapid
correspondence are shown.
[1] Operation manual for plantar pressure plate, footscan, RSScan, 2009;.
[2] Baritz M., Cotoros D., Cristea L., Balcu I., Analyses of noise effects on
standing human body stability, 9th WSEAS International Conference on
SIGNAL, SPEECH AND IMAGE PROCESSING (SSIP '09),
Budapesta, sept. 2009;
[3] X. Zhao, Kinematic Control of human Postures for Task simulation,
thesis, University of Pennsylvania, 1996;
[4] I. Rodriguez Santiago, Joint level fatigue simulation for its exploitation
in human posture characterization and optimization, thesis, Universidad
de Alcala; 2003;
[5] http://dined.io.tudelft.nl/dined/ accessed July 2011;
[6] Complete Guide to Foot Care-Foot reminder
[1] Operation manual for plantar pressure plate, footscan, RSScan, 2009;.
[2] Baritz M., Cotoros D., Cristea L., Balcu I., Analyses of noise effects on
standing human body stability, 9th WSEAS International Conference on
SIGNAL, SPEECH AND IMAGE PROCESSING (SSIP '09),
Budapesta, sept. 2009;
[3] X. Zhao, Kinematic Control of human Postures for Task simulation,
thesis, University of Pennsylvania, 1996;
[4] I. Rodriguez Santiago, Joint level fatigue simulation for its exploitation
in human posture characterization and optimization, thesis, Universidad
de Alcala; 2003;
[5] http://dined.io.tudelft.nl/dined/ accessed July 2011;
[6] Complete Guide to Foot Care-Foot reminder
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:58616", author = "Diana Cotoros and Mihaela Baritz and Anca Stanciu", title = "Conceptual Analysis of Correspondence between Plantar Pressure and Corrective Insoles", abstract = "Some theoretical and experimental aspects related to
the conceptual analyses concerning the direct correspondence
identification between the shape, area and orientation of plantar
pressure and obtaining adequate corrective insoles by rapid
prototyping are presented in this paper. In the first part of the paper
there is the theoretical-correlative concept, which is the fundament of
correspondence deduction between plantar surface characteristics and
respectively corrective insoles. In the second part of the paper the
experimental equipment used to analyze and perform the
correspondence stages and then the integral ones between the
analyzed foot shapes and the ones with corrective insoles is
presented. In the final parte the results used to adapt the insoles
obtained by rapid prototyping but also some specific aspects and
conclusions of the conceptual analysis of direct and rapid
correspondence are shown.", keywords = "Insoles, plantar surface, rapid prototyping, correspondence concept", volume = "5", number = "11", pages = "2381-4", }