The tortuosity of corneal nerve fibers is correlated with a number of diseases such as diabetic neuropathy. The assessment of corneal nerve tortuosity level in in vivo confocal microscopy (IVCM) images can inform the detection of early diseases and further complications. With the aim to assess the corneal nerve tortuosity accurately as well as to extract knowledge meaningful to ophthalmologists, this chapter proposes a fuzzy pattern tree-based approach for the automated grading of corneal nerves' tortuosity based on IVCM images. The proposed method starts with the deep learning-based image segmentation of corneal nerves and then extracts several morphological tortuosity measurements as features for further processing. Finally, the fuzzy pattern trees are constructed based on the extracted features for the tortuosity grading. Experimental results on a public corneal nerve data set demonstrate the effectiveness of fuzzy pattern tree in IVCM image tortuosity assessment.
|Title of host publication||Fuzzy Logic|
|Subtitle of host publication||Recent Applications and Developments|
|Publisher||Springer International Publishing|
|Number of pages||13|
|Publication status||Published - 4 May 2021|
- Computer-aided diagnosis
- Corneal nerve.
- Fuzzy pattern tree
- Tortuosity assessment
ASJC Scopus subject areas
- Computer Science (all)
- Mathematics (all)