Graphical representation and list of local features (A-R) extracted for each candidate ROI (yellow circles) and divided into groups. Spatial features: diagonal axes A-B and distance mask C of the body. Shape features: J is indicated by the line inside the circles; K is represented by the red circles on the Motion Periodicity (MP) map; L and M describe the circles detected by the Circular Hough Transform (CHT); and N-R characterize the Maximally Stable Extremal Regions (MSER) marked by the red contours. Graphical representation was not possible for features D-I. Please refer to the methods section in the main text for the definition of each image feature.</p
International audienceWe introduce a new class of distinguished regions based on detecting the most ...
<p>Representative example of ROI placements (red circles) on high-resolution T2 images (A-C, coronal...
<p>ROIs drawn for the striatum (upper) and occipital (lower) areas on the composite image.</p
We consider the problem of characterization of spatial region data such as the regions of interest (...
The yellow, purple and red circles represent representative ROI measurement positions for air, soft ...
<p>ROI details. ROI, region-of-interest; k, voxel cluster size in mm<sup>∧</sup>3; x,y,z, Talairach ...
AbstractThis paper introduces the rough representation of a region of interest (ROI) in medical imag...
<p>Ultrasound image shows selected regions of interest (ROI) (<i>circles</i>).</p
<p>(A) ROIs of renal cortex at axial view. (B) ROIs of renal cortex at coronal view. (C) ROIs of who...
<p>ROI placement displayed on group mean anatomical image in MNI standard space. mPFC - blue, NAc - ...
We propose a framework for detecting, characterizing and classifying spatial Regions of Interest (RO...
<p>The top row shows the labelling map generated from the ‘brush’ run. The bottom row shows the sepa...
Color-map of the computed features in patches belonging to thyroid and three classes of non-thyroid ...
Example of ROI (Region of Interest) in 2D and 3D images for a patient in the non-adaptive group (med...
<p>The region of interest is indicated by the arrows. A, original OCT image; B, vitreous was selecte...
International audienceWe introduce a new class of distinguished regions based on detecting the most ...
<p>Representative example of ROI placements (red circles) on high-resolution T2 images (A-C, coronal...
<p>ROIs drawn for the striatum (upper) and occipital (lower) areas on the composite image.</p
We consider the problem of characterization of spatial region data such as the regions of interest (...
The yellow, purple and red circles represent representative ROI measurement positions for air, soft ...
<p>ROI details. ROI, region-of-interest; k, voxel cluster size in mm<sup>∧</sup>3; x,y,z, Talairach ...
AbstractThis paper introduces the rough representation of a region of interest (ROI) in medical imag...
<p>Ultrasound image shows selected regions of interest (ROI) (<i>circles</i>).</p
<p>(A) ROIs of renal cortex at axial view. (B) ROIs of renal cortex at coronal view. (C) ROIs of who...
<p>ROI placement displayed on group mean anatomical image in MNI standard space. mPFC - blue, NAc - ...
We propose a framework for detecting, characterizing and classifying spatial Regions of Interest (RO...
<p>The top row shows the labelling map generated from the ‘brush’ run. The bottom row shows the sepa...
Color-map of the computed features in patches belonging to thyroid and three classes of non-thyroid ...
Example of ROI (Region of Interest) in 2D and 3D images for a patient in the non-adaptive group (med...
<p>The region of interest is indicated by the arrows. A, original OCT image; B, vitreous was selecte...
International audienceWe introduce a new class of distinguished regions based on detecting the most ...
<p>Representative example of ROI placements (red circles) on high-resolution T2 images (A-C, coronal...
<p>ROIs drawn for the striatum (upper) and occipital (lower) areas on the composite image.</p