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Fusion of Multi-view Tissue Classification Based on Wound 3D Model

机译:基于伤口3D模型的多视图组织分类融合

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摘要

Region classification from a single image is no more reliable when the labeling must be applied on a 3D surface. Depending on camera viewpoint and surface curvature, lighting variations and perspective effects alter colori-metric analysis and area measurements. This problem can be overcome if a 3D model of the object of interest is available. This general approach has been evaluated for the design of a complete wound assessment tool using a simple free handled digital camera. Clinical tests demonstrate that multi view classification results in enhanced tissue labeling and more precise measurements, a significant step toward accurate monitoring of the healing process.
机译:当必须在3D表面上应用标签时,从单个图像进行区域分类不再可靠。根据相机的视点和表面曲率,照明变化和透视效果会更改比色分析和面积测量。如果感兴趣的对象的3D模型可用,则可以解决此问题。已使用简单的免提数码相机对这种通用方法进行了评估,以设计完整的伤口评估工具。临床测试表明,多视图分类可增强组织标记和更精确的测量结果,这是朝着准确监测愈合过程迈出的重要一步。

著录项

  • 来源
  • 会议地点 Juan-les-Pins(FR);Juan-les-Pins(FR)
  • 作者单位

    Institut PRISME, ENSI de Bourges, 88 Bd Lahitolle 18000 Bourges, France;

    Institut PRISME, IUT Bourges Universite d'Orleans av. de Lattre 18020 Bourges, France;

    Institut PRISME, Ecole Polytechnique Universite d'Orleans 45000 Orleans, France;

    LAIC, IUT Le Puy en Velay, Universite Clermont 143000 Le Puy en Velay, France;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 计算机网络;
  • 关键词

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