vertices, and assume all surfaces to be registered to the same reference [9]. As a result, all surface vertices have direct correspondence across all subjects. Furthermore, we consider that a…

Fig. 1. Definition of body sections. Human body is divided into 12 continuous parts. Each parts may cover different ranges due to the variability of anatomies (Color figure online). In…

Fig. 1. Laparoscopic images of the uterus. FU-junctions are shown in blue and green for left and right respectively. The detection difficulty comes from ligament junctions, variation in the Fallopian…

Fig. 1. Illustration of keypoint transfer segmentation. First, keypoints (white circles) in training and test images are matched (arrow). Second, voting assigns an organ label to the test keypoint (r.Kidney)….

between two points i and j in the image domain, defined by (1)where is the spatial Euclidean distance, is the image intensity similarity, and these two different measures are combined…

consists of N voxels observed at T time points. The functional architecture of a brain state can be modeled as a connectivity graph G with vertices V representing the voxels,…

(1) where I, A are multi-channel images, L is a single-channel image (same size as I and A), and is the component-wise product of the pixel values. Fig. 1. Example of…

Fig. 1. 3D SD-OCT reconstruction of a (a) healthy retina with the foveal pit in the center, and (b) a retina with edema, where the swelling of the retina is…

Fig. 1. An overview of the MCNN. Our approach first extracts multiple nodule patches to capture the wide range of nodule variability from input CT images. The obtained patches are…

. 1 Introduction In recent years, major efforts have been undertaken towards building large medical image databases, e.g. in population studies. As the wealth of data increases, automated segmentation of…