一种用于骨科鞋垫设计的自动化系统

Flavia Marrone, D. Fabris, M. Galli, H. Giberti, Mariano Di Martino, Giovanni Di Martino, M. Tarabini
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引用次数: 0

摘要

本文描述了一套完整的骨科鞋垫自动化设计系统。该系统使用商用扫描仪获取足底足的3D扫描;当膝盖和脚踝垂直于扫描表面时,特意设计的光电系统允许获取足底点云。我们训练了人工神经网络,从扫描和必须纠正的病理开始自动创建矫形鞋垫。我们报告了147例不同病理的患者的初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An automated system for the design of orthopaedic insoles
This work describes a complete system for the automated design of orthopaedic insoles. The system uses a commercial scanner to acquire the 3D scan of the plantar foot; a purposely designed optoelectronic system allows for acquiring the plantar point cloud when the knee and ankle are aligned perpendicularly to the scanning surface. We trained Artificial Neural Network to automatically create the orthopaedic insole starting from the scan and the pathology that must be corrected. We present the preliminary results based on 147 patients with different pathologies.
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