Pinned Repositories
CTC
CTC-Quant
CTC-Quant is an application customised to quantify CTC subtypes including epithelial (epCTCs), biphenotypic (bipCTCs) and mesenchymal (mCTCs). mCTC clusters are also identified and quantified. In brief, fluorescent microscope images of CTCs isolated using a size-filtration microsieve technology are classified based on their fluorescent staining pat
CTC_project
CTC_project
CTCT
This repo contains source code and datasets used in code for Deep transfer learning enables lesion tracing of circulating tumor cells(CTC-Tracer), published in Nature Communications (2022).
GTFENet_pytorch
GTFE-Net: A Gramian Time Frequency Enhancement CNN for bearing fault diagnosis
ISP_AF
AF自动对焦模块，包括自动对焦区域选择，图像清晰度评价函数，峰值搜索策略
pseudocode_learning_in_simulation
SAM4organoid
The github repository for our paper SegmentAnything helps microscopy images based automatic and quantitative organoid detection and analysis
TransferLearning_NER
A tensorflow implementation of Chinese named entity recognition based on transfer learning
zhaoyuliangzyl's Repositories
zhaoyuliangzyl/GTFENet_pytorch
GTFE-Net: A Gramian Time Frequency Enhancement CNN for bearing fault diagnosis
zhaoyuliangzyl/pseudocode_learning_in_simulation
zhaoyuliangzyl/SAM4organoid
The github repository for our paper SegmentAnything helps microscopy images based automatic and quantitative organoid detection and analysis
zhaoyuliangzyl/TransferLearning_NER
A tensorflow implementation of Chinese named entity recognition based on transfer learning
zhaoyuliangzyl/CTC-Quant
CTC-Quant is an application customised to quantify CTC subtypes including epithelial (epCTCs), biphenotypic (bipCTCs) and mesenchymal (mCTCs). mCTC clusters are also identified and quantified. In brief, fluorescent microscope images of CTCs isolated using a size-filtration microsieve technology are classified based on their fluorescent staining pat
zhaoyuliangzyl/CTCT
This repo contains source code and datasets used in code for Deep transfer learning enables lesion tracing of circulating tumor cells(CTC-Tracer), published in Nature Communications (2022).
zhaoyuliangzyl/ISP_AF
AF自动对焦模块，包括自动对焦区域选择，图像清晰度评价函数，峰值搜索策略
zhaoyuliangzyl/CTC_project
CTC_project
zhaoyuliangzyl/CTC