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Level of classification accuracy according to the Kappa coefficient value.  | Download Table
Level of classification accuracy according to the Kappa coefficient value. | Download Table

Hue–saturation–intensity and texture feature-based cloud detection  algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao  Shuang, 2020
Hue–saturation–intensity and texture feature-based cloud detection algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao Shuang, 2020

GitHub - kevin-keraudren/chanvese: Chan-Vese level-sets in Python
GitHub - kevin-keraudren/chanvese: Chan-Vese level-sets in Python

Accelerating Chan–Vese model with cross-modality guided contrast  enhancement for liver segmentation - ScienceDirect
Accelerating Chan–Vese model with cross-modality guided contrast enhancement for liver segmentation - ScienceDirect

Hue–saturation–intensity and texture feature-based cloud detection  algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao  Shuang, 2020
Hue–saturation–intensity and texture feature-based cloud detection algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao Shuang, 2020

Applications of Optimization. The Chan-Vese segmentation algorithm
Applications of Optimization. The Chan-Vese segmentation algorithm

Accelerating Chan–Vese model with cross-modality guided contrast  enhancement for liver segmentation - ScienceDirect
Accelerating Chan–Vese model with cross-modality guided contrast enhancement for liver segmentation - ScienceDirect

Hue–saturation–intensity and texture feature-based cloud detection  algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao  Shuang, 2020
Hue–saturation–intensity and texture feature-based cloud detection algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao Shuang, 2020

Accelerating Chan–Vese model with cross-modality guided contrast  enhancement for liver segmentation - ScienceDirect
Accelerating Chan–Vese model with cross-modality guided contrast enhancement for liver segmentation - ScienceDirect

Remote Sensing | Free Full-Text | Novel Spatial–Spectral Channel  Attention Neural Network for Land Cover Change Detection with Remote Sensed  Images
Remote Sensing | Free Full-Text | Novel Spatial–Spectral Channel Attention Neural Network for Land Cover Change Detection with Remote Sensed Images

Segmentation of cotton leaf images using a modified chan vese method |  Multimedia Tools and Applications
Segmentation of cotton leaf images using a modified chan vese method | Multimedia Tools and Applications

Applications of Optimization. The Chan-Vese segmentation algorithm
Applications of Optimization. The Chan-Vese segmentation algorithm

Remote Sensing | Free Full-Text | Land Cover Change Detection from  High-Resolution Remote Sensing Imagery Using Multitemporal Deep Feature  Collaborative Learning and a Semi-supervised Chan–Vese Model
Remote Sensing | Free Full-Text | Land Cover Change Detection from High-Resolution Remote Sensing Imagery Using Multitemporal Deep Feature Collaborative Learning and a Semi-supervised Chan–Vese Model

The comparison of the Kappa of the difference image operators. | Download  Scientific Diagram
The comparison of the Kappa of the difference image operators. | Download Scientific Diagram

Segmentation of cotton leaf images using a modified chan vese method |  Multimedia Tools and Applications
Segmentation of cotton leaf images using a modified chan vese method | Multimedia Tools and Applications

Applications of Optimization. The Chan-Vese segmentation algorithm
Applications of Optimization. The Chan-Vese segmentation algorithm

Image segmentation with active contours
Image segmentation with active contours

Accelerating Chan–Vese model with cross-modality guided contrast  enhancement for liver segmentation - ScienceDirect
Accelerating Chan–Vese model with cross-modality guided contrast enhancement for liver segmentation - ScienceDirect

Accelerating Chan–Vese model with cross-modality guided contrast  enhancement for liver segmentation - ScienceDirect
Accelerating Chan–Vese model with cross-modality guided contrast enhancement for liver segmentation - ScienceDirect

Computer-assisted delineation of hematoma from CT volume using autoencoder  and Chan Vese model | International Journal of Computer Assisted Radiology  and Surgery
Computer-assisted delineation of hematoma from CT volume using autoencoder and Chan Vese model | International Journal of Computer Assisted Radiology and Surgery

The comparison of the Kappa of the difference image operators. | Download  Scientific Diagram
The comparison of the Kappa of the difference image operators. | Download Scientific Diagram

Hue–saturation–intensity and texture feature-based cloud detection  algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao  Shuang, 2020
Hue–saturation–intensity and texture feature-based cloud detection algorithm for unmanned aerial vehicle images - Wang Yi, Zhang Jing, Gao Shuang, 2020

Comparing deep learning-based automatic segmentation of breast masses to  expert interobserver variability in ultrasound imaging - ScienceDirect
Comparing deep learning-based automatic segmentation of breast masses to expert interobserver variability in ultrasound imaging - ScienceDirect