NIS3D: a completely annotated benchmark for dense 3D nuclei image segmentation
Abstract 3D segmentation of nuclei images is a fundamental task for many biological
studies. Despite the rapid advances of large-volume 3D imaging acquisition methods and …
studies. Despite the rapid advances of large-volume 3D imaging acquisition methods and …
A region-based convolutional network for nuclei detection and segmentation in microscopy images
H Liang, Z Cheng, H Zhong, A Qu, L Chen - Biomedical Signal Processing …, 2022 - Elsevier
Automated detection and segmentation of nuclei in microscopy images are of significant
importance to biomedical research and clinical practice, including nuclear morphology …
importance to biomedical research and clinical practice, including nuclear morphology …
A fast and accurate algorithm for nuclei instance segmentation in microscopy images
Z Cheng, A Qu - IEEE Access, 2020 - ieeexplore.ieee.org
Nuclei instance segmentation within microscopy images is a fundamental task in the
pathology work-flow, based on that the meaningful nuclear features can be extracted and …
pathology work-flow, based on that the meaningful nuclear features can be extracted and …
An integration convolutional neural network for nuclei instance segmentation
A Qu, Z Cheng, X He, Y Li - 2020 IEEE International …, 2020 - ieeexplore.ieee.org
Automated detection and segmentation of every nucleus in microscopy images is a
fundamental task in biomedical research and clinical practice, including nuclear morphology …
fundamental task in biomedical research and clinical practice, including nuclear morphology …
Segmentation of Microscope Erythrocyte Images by CNN-Enhanced Algorithms
M Buczkowski, P Szymkowski, K Saeed - Sensors, 2021 - mdpi.com
This paper presents an algorithm for segmentation and shape analysis of erythrocyte
images collected using an optical microscope. The main objective of the proposed approach …
images collected using an optical microscope. The main objective of the proposed approach …
[CITAZIONE][C] 基于高倍率细胞内镜系统的细胞核分割
张伟， 余浩， 袁波， 王立**， 杨青 - Optics and Precision …, 2021 - 光学 精密工程编辑部