Airffic Inspection无人机巡检未来指南

PAPER P01 · 2017

Deep Learning-Based Crack Damage Detection Using Convolutional Neural Networks

Cha, Y.-J., Choi, W., Büyüköztürk, O. — Computer-Aided Civil and Infrastructure Engineering 32(5):361-378

已读摘要 引用次数: openalex: 3,213 · crossref: 3,145 · semanticScholar: 3,119 (2026-10-22)

提出一种无需人工设计特征即可检测混凝土裂缝的 CNN 分类器,在约 4 万张 256x256 图像块上训练,并通过滑动窗口应用于大幅照片。在一座未用于训练的结构的高分辨率照片上测试,包括眩光、阴影和发丝裂缝,其表现优于 Canny 和 Sobel 边缘检测。摘要中未提及无人机影像;这是一项地面相机研究,后来的无人机裂缝检测工作以此为基础。

主要发现

  • About 98% accuracy on 256x256 patches (per abstract)
  • Tested on 55 images of 5,888x3,584 px from a structure not used in training/validation
  • Clearly better than Canny and Sobel edge detectors under glare, shadow and thin-crack conditions

局限

  • Not UAV-specific per the abstract; images are not described as aerial
  • Patch-level classification, not pixel-level crack width measurement
  • Concrete cracks only; other damage types not covered

来源