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Foot plantar pressure monitoring is an important tool for biomechanicalassessment of posture, foot complications due to callus formation and woundsand for sports applications. The pronounced cost associated with commercialplantar pressure monitoring systems and inflexibility of custom analyzing datain such systems prompted the development of a versatile system with minimizedcost. This study focuses on the development of such a system with high speeddata acquisition providing analysis tools for assessing plantar pressurevariations of diabetic patients with calloused feet. The new system is capableof achieving a frame rate of 155 Hz which is ideal for pressure monitoringduring both standing and walking. The system was verified using 10 normalsubjects and 5 diabetic subjects with calluses on in their feet. Resultsindicate significantly high mechanical stresses on skin beneath callus andpostural disorders during standing, in subjects with calluses.

A Customized System to Assess Foot Plantar Pressure: A Case Study on Calloused and Normal Feet