3D Filtering for Injury Detection in Brain MRI

This paper introduces a brain injury detection approach, using 3D filtering technique, for the images acquired by the magnetic resonance imaging (MRI) technique. The proposed method uses the symmetry property of brain MRI on both 2D images and 3D volumetric information of the MRI sequences. The approach consists of two key steps: (1) each slice of a brain image is segmented into different parts using a region growing algorithm, and a symmetry affinity matrix is computed, (2) non-symmetric regions are extracted, and they are further used to detect brain injury. The Kalman filter is explicitly used in step (2) to filter out the non-injury regions in 3D. Experiments are carried out to indicate the high efficiency of the method to detect the brain injuries. .

• Type: Journal
• Year: 2010
• Where: ICPR
• Authors: Yu Sun, Bir Bhanu
• Keywords: Brain Injury, Brain Injury Detection, Computer Vision, ICPR 2010, Symmetry Affinity Matrix