Single cell classification based on microscopic images is a well-known task tackled with various approaches, including Deep Learning algorithms. Typically, datasets consist of marked cells images altered by specific marker response. This simplifies classification but is resource-intensive. The pipeline consists of multiple deep neural networks and explainability techniques applied to cells extracted from the LIVECell dataset, generally used for segmentation, showing the accuracy and robustness of this approach. The generalization ability and classification performance of current deep models represent a key tool for label-free cell classification.

Label-Free Nervous System Single Cell Classification Using Pretrained VGG and ResNet Networks

Fiore, Pierpaolo;Bardozzo, Francesco;Tagliaferri, Roberto
2024-01-01

Abstract

Single cell classification based on microscopic images is a well-known task tackled with various approaches, including Deep Learning algorithms. Typically, datasets consist of marked cells images altered by specific marker response. This simplifies classification but is resource-intensive. The pipeline consists of multiple deep neural networks and explainability techniques applied to cells extracted from the LIVECell dataset, generally used for segmentation, showing the accuracy and robustness of this approach. The generalization ability and classification performance of current deep models represent a key tool for label-free cell classification.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11386/4897595
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