This report concerns with the collection and processing of data acquired from three-dimensional (3D) surface scans of scoliosis patients' backs. Two main issues were addressed: the reproducibility of the results, and stringent time constraints. In particular, user influence should be removed from each step of the data processing, and results should be obtained within three minutes of acquiring the scan. The report begins with a description of the data collection, followed by a description of the data processing required to align two back surfaces. A section is devoted to calculating the cosmetic score, a measure of deformity of the back. The paper concludes with a few suggestions for improvements on data collection and use
A method is currently being developed for automatically modelling deformations that occur on a scoli...
Spinal and back deformities can lead to pain and discomfort, disrupting productivity, and may requir...
The externally visible deformity, in terms of rib hump, shoulder and hip asymmetry and anterior rib ...
In this paper we describe a medical application where we exploit surface properties (measured in for...
Externally visible deformities are cosmetic features of great concern for Adolescent Idiopathic Scol...
Measured back surface topographies can be useful to monitor the external manifestation of scoliosis ...
INTRODUCTION:3D non-contact surface scanners capture highly accurate, calibrated images of surface t...
3D non-contact surface scanners capture highly accurate, calibrated images of surface topography for...
Research Doctorate - Doctor of Philosophy (PhD)With the advancement of digital photogrammetry techni...
Introduction 3D non-contact surface scanners capture highly accurate, calibrated images of surface t...
Objective: Obtaining patient geometry is crucial in scoliosis brace design for patients with adolesc...
Introduction. 3D Non-Contact surface scanning (3DSS) is used in both biomechanical and clinical stud...
The registration of digital surface topographies has applications in cases requiring comparisons wit...
Adolescent idiopathic scoliosis (AIS) is a prevalent musculoskeletal disorder that causes abnormal s...
Many medical conditions include both internal and external components, this is particularly true in ...
A method is currently being developed for automatically modelling deformations that occur on a scoli...
Spinal and back deformities can lead to pain and discomfort, disrupting productivity, and may requir...
The externally visible deformity, in terms of rib hump, shoulder and hip asymmetry and anterior rib ...
In this paper we describe a medical application where we exploit surface properties (measured in for...
Externally visible deformities are cosmetic features of great concern for Adolescent Idiopathic Scol...
Measured back surface topographies can be useful to monitor the external manifestation of scoliosis ...
INTRODUCTION:3D non-contact surface scanners capture highly accurate, calibrated images of surface t...
3D non-contact surface scanners capture highly accurate, calibrated images of surface topography for...
Research Doctorate - Doctor of Philosophy (PhD)With the advancement of digital photogrammetry techni...
Introduction 3D non-contact surface scanners capture highly accurate, calibrated images of surface t...
Objective: Obtaining patient geometry is crucial in scoliosis brace design for patients with adolesc...
Introduction. 3D Non-Contact surface scanning (3DSS) is used in both biomechanical and clinical stud...
The registration of digital surface topographies has applications in cases requiring comparisons wit...
Adolescent idiopathic scoliosis (AIS) is a prevalent musculoskeletal disorder that causes abnormal s...
Many medical conditions include both internal and external components, this is particularly true in ...
A method is currently being developed for automatically modelling deformations that occur on a scoli...
Spinal and back deformities can lead to pain and discomfort, disrupting productivity, and may requir...
The externally visible deformity, in terms of rib hump, shoulder and hip asymmetry and anterior rib ...