Cognex Deep Learning detects cell abnormalities on histologic slides
Graphical programming environment for deep learning-based industrial image analysis
Histologic samples exhibit various forms of cell damage. Because the appearance of cell damage is highly unpredictable and involves many possible forms, it can be difficult for machine vision to identify all possible anomalies without extensive programming.
Cognex Deep Learning detects cell abnormalities by learning the normal appearance of a cell, including its significant but tolerable variations (for example, mitosis). The tool’s deep learning model learns to account for natural deviation amongst cell clusters, while flagging significant changes in appearance as anomalous. Based on this initial training, Cognex Deep Learning can dynamically segment the regions of interest exhibiting cell damage for further histological analysis. The defect detection tool is also used to segment and identify specific regions of interest, such as a specific fixation medium on a microscopic slide (for example, paraffin) or other artifacts due to improper staining, simply by learning the varying appearance of the targeted zone.