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Skip to Search Results- 1Ashfaque Mostafa, Tahjid
- 1Azari, Hossein
- 1Chen,Feng
- 1Faraji, Mehdi
- 1Firouzmanesh, Amirhossein
- 1Kamballur Kottayil, Navaneeth
- 2Deep Learning
- 2Image Processing
- 2Image Restoration
- 2InSAR Coherence Estimation
- 2Machine Learning
- 2Magnetic Resonance Imaging
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Spring 2010
Skeletonization and segmentation are two important techniques for object representation and analysis. Skeletonization algorithm extracts the “centre-lines” of an object and uses them to efficiently represent the object. It has many applications in various areas, such as computer-aided design,...
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Fall 2011
3D model is a promising type of multimedia content for entertainment, research and education purposes. This thesis addresses the representation and manipulation of 3D models based on skeletonization, which is a commonly used technique to extract a compact descriptor and effectively capture the...
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Fall 2012
In this thesis different aspects of stereo-based 3D reconstruction and 3D visualization and manipulation are investigated. The focus of this research is specifically on sampled object representations (SOR) in which the object(s) is (are) shown using a collection of samples such as discrete...
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Probabilistic Methods for Discrete Labeling Problems in Digital Image Processing and Analysis
DownloadFall 2012
Many problems in digital image processing and analysis can be interpreted as labeling problems, which aim to find the optimal mapping from a set of sites to a set of labels. A site represents a certain primitive, such as a pixel, while a label represents a certain quantity, such as disparity in...
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Fall 2014
The need for increasingly high resolution 3D models and the cost in processing high resolution polygonal meshes have made 3D point clouds an alternative for many researchers in recent years. Considerable research has been devoted to various areas of point clouds. This thesis presents three...
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Fall 2014
Using motion capture data is an efficient way to generate and transmit 3D character animation. We explore the possibility of incorporating human perceptual factors in compression and synthesis of motion capture data in order to achieve a higher performance in different aspects including reducing...
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Fall 2014
We designed independent perceptual video compression that can work with all the available video coding standards. We used fovea as the Human Visual System (HVS) properties in this thesis. In this thesis, first, we describe and compare two available foveation techniques used for images. After...
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Fall 2016
Salzvedel Furtado Junior, Antonio Carlos
Motion capture (MoCap) data has always been one of the most important components in the entertainment industry, being widely employed in animated movies and games. Given technological advancements in motion capture technologies, it has been successfully applied to other areas, such as surgical...
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Fall 2018
Image quality assessment (IQA) algorithms aim to simulate human judgment of visual quality on an image. These algorithms are essential components of every multimedia pipeline. IQA is divided into full reference(FR) or no reference (NR) depending on the presence or absence of a pristine image...
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Spring 2019
Motion analysis is very important and it has extensive applications in surveillance, smart rooms, and so on. Different types of sensors can be used to capture the required information. One can use eye-gaze system to record eye motion or Kinect or Leap Motion sensors to record 3d keypoints. Even a...