A review of methods for bias correction in medical images
S Song, Y Zheng, Y He - Biomedical Engineering Review, 2017 - esmed.org
Bias field in medical images is an undesirable artifact primarily arises from the improper
image acquisition process or the specific properties of the imaged object. This artifact can be …
image acquisition process or the specific properties of the imaged object. This artifact can be …
A Novel Type-2 Fuzzy C-Means Clustering for Brain MR Image Segmentation
The fuzzy C-means (FCM) clustering procedure is an unsupervised form of grou** the
homogenous pixels of an image in the feature space into clusters. A brain magnetic …
homogenous pixels of an image in the feature space into clusters. A brain magnetic …
Multimodal sensor medical image fusion based on nonsubsampled shearlet transform and S-PCNNs in HSV space
Computational imaging plays an important role in medical treatment for providing more
comprehensive medical images. This work proposes a new scheme to fuse computed …
comprehensive medical images. This work proposes a new scheme to fuse computed …
BCEFCM_S: Bias correction embedded fuzzy c-means with spatial constraint to segment multiple spectral images with intensity inhomogeneities and noises
Image segmentation is fundamental and particularly important for computer vision and
pattern recognition. However, it is still not a completely resolved problem due to the …
pattern recognition. However, it is still not a completely resolved problem due to the …
The TVp Regularized Mumford-Shah Model for Image Labeling and Segmentation
Y Li, C Wu, Y Duan - IEEE Transactions on Image Processing, 2020 - ieeexplore.ieee.org
The Mumford-Shah model is an important tool for image labeling and segmentation, which
pursues a piecewise smooth approximation of the original image and the boundaries with …
pursues a piecewise smooth approximation of the original image and the boundaries with …
Brain extraction from brain MRI images based on Wasserstein GAN and O-Net
S Jiang, L Guo, G Cheng, X Chen, C Zhang… - IEEE Access, 2021 - ieeexplore.ieee.org
Brain extraction is an essential pre-processing step for neuroimaging analysis. It is difficult to
achieve high-precision extraction from low-quality brain MRI images with artifacts and gray …
achieve high-precision extraction from low-quality brain MRI images with artifacts and gray …
A weighted bounded Hessian variational model for image labeling and segmentation
Y Yang, Q Zhong, Y Duan, T Zeng - Signal Processing, 2020 - Elsevier
Natural images are usually composed of multiple objects at different scales in flat and
slanted regions. Traditional labeling/segmentation approaches based on total variation …
slanted regions. Traditional labeling/segmentation approaches based on total variation …
The L0-regularized discrete variational level set method for image segmentation
Y Liu, C He, Y Wu, Z Ren - Image and Vision Computing, 2018 - Elsevier
In this paper, we present a new variant of level set methods and then propose a ternary
variational level set model involving L 0 gradient regularizer and L 0 function regularizer in …
variational level set model involving L 0 gradient regularizer and L 0 function regularizer in …
Rician noise and intensity nonuniformity correction (NNC) model for MRI data
L Liu, H Yang, J Fan, RW Liu, Y Duan - Biomedical Signal Processing and …, 2019 - Elsevier
Rician noise and intensity nonuniformity are two common artifacts and usually coexist in
magnetic resonance imaging (MRI) data. Many methods have been proposed in the …
magnetic resonance imaging (MRI) data. Many methods have been proposed in the …
Inhomogeneous image segmentation based on local constant and global smoothness priors
In this article, we propose a new variational model for segmenting images with intensity
inhomogeneity. The proposed model applies simultaneously the local constant and global …
inhomogeneity. The proposed model applies simultaneously the local constant and global …