Search results | J. Murrey Atkins Library

Title: A SYSTEM FOR COMPUTATIONAL ANALYSIS AND RECONSTRUCTION OF 3D COMMINUTED BONE FRACTURES
Author: Liu, Pengcheng
Date Created: 2012
Description: High energy impacts at joint locations often generate highly fragmented, or comminuted bone fractures. A leading current approach for treatment requires physicians qualitatively to classify the fracture to one of four possible fracture severity ca...

Title: A SYSTEM FOR COMPUTATIONAL ANALYSIS AND RECONSTRUCTION OF 3D COMMINUTED BONE FRACTURES
Author: Liu, Pengcheng
Date Created: 2012
Subjects--Topical: Electrical engineering, Computer science
Description: High energy impacts at joint locations often generate highly fragmented, or comminuted bone fractures. A leading current approach for treatment requires physicians qualitatively to classify the fracture to one of four possible fracture severity ca...

Title: Architecture Estimation from Sparse Images using Grammatical Shape Priors for Cultural Heritage
Author: Sui, Yunfeng
Date Created: 2011
Description: The estimation and reconstruction of 3D architectural structures is of great interest in computer vision, as well as cultural heritage. This dissertation proposes a novel approach to solve the difficult problem of estimating architectural structur...

Title: Architecture Estimation from Sparse Images using Grammatical Shape Priors for Cultural Heritage
Author: Sui, Yunfeng
Date Created: 2011
Subjects--Topical: Electrical engineering, Computer science
Description: The estimation and reconstruction of 3D architectural structures is of great interest in computer vision, as well as cultural heritage. This dissertation proposes a novel approach to solve the difficult problem of estimating architectural structur...

Title: COMPUTATIONAL INVERSE MECHANICS OF A HIGHLY COMMINUTED TIBIA FRACTURE
Author: Shadid, Waseem
Date Created: 2014
Description: This dissertation presents a new computational system that seeks to estimate the inverse mechanics of a bone fracture from 3D CT images. One image provides a model of an unbroken bone and a second records a fractured example of the same bone after...

Title: COMPUTATIONAL INVERSE MECHANICS OF A HIGHLY COMMINUTED TIBIA FRACTURE
Author: Shadid, Waseem
Date Created: 2014
Subjects--Topical: Electrical engineering, Computer engineering, Biomedical engineering
Description: This dissertation presents a new computational system that seeks to estimate the inverse mechanics of a bone fracture from 3D CT images. One image provides a model of an unbroken bone and a second records a fractured example of the same bone after...

Title: Geometric Analysis Tools for Mesh Segmentation
Author: Zhou, Beibei
Date Created: 2013
Description: Surface segmentation, a process which divides a surface into parts, is the basis for many surface manipulation applications which include model metamorphosis, model simplification, model retrieval, model alignment and texture mapping. This dissert...

Title: Geometric Analysis Tools for Mesh Segmentation
Author: Zhou, Beibei
Date Created: 2013
Description: Surface segmentation, a process which divides a surface into parts, is the basis for many surface manipulation applications which include model metamorphosis, model simplification, model retrieval, model alignment and texture mapping. This dissert...

Title: Geometric Analysis Tools for Mesh Segmentation
Author: Zhou, Beibei
Date Created: 2013
Subjects--Topical: Electrical engineering
Description: Surface segmentation, a process which divides a surface into parts, is the basis for many surface manipulation applications which include model metamorphosis, model simplification, model retrieval, model alignment and texture mapping. This dissert...

Title: Image Segmentation using Markov Random Field
Author: Tatavarti, Aparna
Date Created: 2017
Description: This thesis describes an algorithm for efficient segmentation of point cloud data into local planar surface regions. This is a problem of generic interest to researchers in the computer graphics, computer vision, artificial intelligence and roboti...

Title: Image Segmentation using Markov Random Field
Author: Tatavarti, Aparna
Date Created: 2017
Description: This thesis describes an algorithm for efficient segmentation of point cloud data into local planar surface regions. This is a problem of generic interest to researchers in the computer graphics, computer vision, artificial intelligence and roboti...

Title: Image Segmentation using Markov Random Field
Author: Tatavarti, Aparna
Date Created: 2017
Subjects--Topical: Engineering
Description: This thesis describes an algorithm for efficient segmentation of point cloud data into local planar surface regions. This is a problem of generic interest to researchers in the computer graphics, computer vision, artificial intelligence and roboti...

Title: Improving Dense Real-Time 3D SLAM Using Sparse Geometric Constraints
Author: Papadakis, John-Richard
Date Created: 2018
Description: This thesis explores the extension of a state of the art dense RGBD SLAM system to include detected geometries as elements in the estimated global map. The existing approach leverages an algorithm for dense visual odometry, which is analyzed in de...

Title: Improving Dense Real-Time 3D SLAM Using Sparse Geometric Constraints
Author: Papadakis, John-Richard
Date Created: 2018
Subjects--Topical: Robotics
Description: This thesis explores the extension of a state of the art dense RGBD SLAM system to include detected geometries as elements in the estimated global map. The existing approach leverages an algorithm for dense visual odometry, which is analyzed in de...

Title: STRUCTURE-FROM-MOTION AND RGBD DEPTH FUSION
Author: Chandra shekar, Akash
Date Created: 2018
Description: Abstract This article describes a technique to augment a typical RGBD sensor by integrating depth estimates obtained via Structure-from-Motion (SfM) with depth measurements from an RGBD sensor. Limitations in the RGBD depth sensing technology prev...

Title: STRUCTURE-FROM-MOTION AND RGBD DEPTH FUSION
Author: Chandra shekar, Akash
Date Created: 2018
Subjects--Topical: Computer science, Robotics
Description: Abstract This article describes a technique to augment a typical RGBD sensor by integrating depth estimates obtained via Structure-from-Motion (SfM) with depth measurements from an RGBD sensor. Limitations in the RGBD depth sensing technology prev...

Title: Using Virtual Fracture Reduction Software To Explore Features For Fracture Severity Prediction.
Author: Tikekar, Rewa
Date Created: 2015
Description: Current medical treatment for comminuted bone fractures, i.e., traumatic bone fractures that result in many bone fragments, is based upon fracture severity classifications that physicians determine subjectively. Due to the subjectivity in the inte...

Title: Using Virtual Fracture Reduction Software To Explore Features For Fracture Severity Prediction.
Author: Tikekar, Rewa
Date Created: 2015
Subjects--Topical: Diagnostic imaging
Description: Current medical treatment for comminuted bone fractures, i.e., traumatic bone fractures that result in many bone fragments, is based upon fracture severity classifications that physicians determine subjectively. Due to the subjectivity in the inte...

Title: Visual sonar: Estimating depth using sound waves and neuromorphic cameras
Author: Bagepalli, Abhijith
Date Created: 2020
Description: This thesis proposes a novel method to recover depth of scene objects using an acoustic source and a calibrated neuromorphic camera or event camera sensor. The proposed system is a non-contact, monocular depth estimation method that observes subtl...

Title: Visual sonar: Estimating depth using sound waves and neuromorphic cameras
Author: Bagepalli, Abhijith
Date Created: 2020
Subjects--Topical: Electrical engineering
Description: This thesis proposes a novel method to recover depth of scene objects using an acoustic source and a calibrated neuromorphic camera or event camera sensor. The proposed system is a non-contact, monocular depth estimation method that observes subtl...