Now and Future of Artificial Intelligence-based Signet Ring Cell Diagnosis: A Survey

• URL: http://arxiv.org/abs/2311.10118v1
• Date: Thu, 16 Nov 2023 09:20:43 GMT
• Title: Now and Future of Artificial Intelligence-based Signet Ring Cell Diagnosis: A Survey
• Authors: Zhu Meng, Junhao Dong, Limei Guo, Fei Su, Guangxi Wang, Zhicheng Zhao
• Abstract summary: Signet ring cells (SRCs) are associated with high peripheral metastasis rate and dismal survival. Deep learning has received increasing attention to assist pathologists in improving the diagnostic efficiency and accuracy. This paper provides a survey on SRC analysis driven by deep learning from 2008 to August 2023.
• Score: 24.605310211285392
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: Since signet ring cells (SRCs) are associated with high peripheral metastasis rate and dismal survival, they play an important role in determining surgical approaches and prognosis, while they are easily missed by even experienced pathologists. Although automatic diagnosis SRCs based on deep learning has received increasing attention to assist pathologists in improving the diagnostic efficiency and accuracy, the existing works have not been systematically overviewed, which hindered the evaluation of the gap between algorithms and clinical applications. In this paper, we provide a survey on SRC analysis driven by deep learning from 2008 to August 2023. Specifically, the biological characteristics of SRCs and the challenges of automatic identification are systemically summarized. Then, the representative algorithms are analyzed and compared via dividing them into classification, detection, and segmentation. Finally, for comprehensive consideration to the performance of existing methods and the requirements for clinical assistance, we discuss the open issues and future trends of SRC analysis. The retrospect research will help researchers in the related fields, particularly for who without medical science background not only to clearly find the outline of SRC analysis, but also gain the prospect of intelligent diagnosis, resulting in accelerating the practice and application of intelligent algorithms.

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