Archives: Thesis

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27JAN 2016
Ph.D. Gallery
Ulf Jensen
Design Considerations and Application Examples for Embedded Classification Systems Abstract Wearable athlete support systems are a popular technology for performance enhancement in sports. The complex signal and data analysis on these systems is often tackled with pattern recognition techniques like classification. The implementation of classification algorithms on mobile hardware is called embedded classification. Thereby, technical […]Design Considerations and Application Examples for Embedded Classification Systems Abstract Wearable athlete support systems are a popular technology for performance enhancement in sports. The complex signal and data analysis on these systems is often tackled with pattern recognition techniques like classification. The implementation of classification algorithms on mobile hardware is called embedded classification. Thereby, technical […]
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27NOV 2015
Ph.D. Gallery
Juan Rafael Orozco-Arroyave
Analysis of speech of people with Parkinson’s disease Abstract The analysis of speech of people with Parkinson’s disease is an interesting and highly relevant topic that has been addressed in the research community during several years. There are important contributions of this topic considering perceptual and/or semi-automatic analyses. Those contributions are mainly based on detailed […]
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17SEP 2015
Ph.D. Gallery
Robert Grimm
Reconstruction Techniques for Dynamic Radial MRI Abstract Today, magnetic resonance imaging (MRI) is an essential clinical imaging modality and routinely used for orthopedic, neurological, cardiovascular, and oncological diagnosis. The relatively long scan times lead to two limitations in oncological MRI. Firstly, in dynamic contrast-enhanced MRI (DCE-MRI), spatial and temporal resolution have to be traded off […]Reconstruction Techniques for Dynamic Radial MRI Abstract Today, magnetic resonance imaging (MRI) is an essential clinical imaging modality and routinely used for orthopedic, neurological, cardiovascular, and oncological diagnosis. The relatively long scan times lead to two limitations in oncological MRI. Firstly, in dynamic contrast-enhanced MRI (DCE-MRI), spatial and temporal resolution have to be traded off […]
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21MAR 2015
Ph.D. Gallery
Michal Cachovan
Motion Corrected Quantitative Imaging in Multimodal Emission Tomography Abstract Nuclear medicine has been using single photon emission computed tomography (SPECT) for several decades in order to diagnose and enable the treatment of patients for various clinical applications. Traditionally, routine SPECT has been used for qualitative image interpretation based diagnosis which was not backed up with […]Motion Corrected Quantitative Imaging in Multimodal Emission Tomography Abstract Nuclear medicine has been using single photon emission computed tomography (SPECT) for several decades in order to diagnose and enable the treatment of patients for various clinical applications. Traditionally, routine SPECT has been used for qualitative image interpretation based diagnosis which was not backed up with […]
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24OCT 2014
Ph.D. Gallery
Michael Manhart
Dynamic Interventional Perfusion Imaging: Reconstruction Algorithms and Clinical Evaluation Abstract Acute ischaemic stroke is a major cause for death and disabilities with increasing prevalence in aging societies. Novel interventional stroke treatment procedures have the potential to improve the clinical outcome of certain stroke-affected patients. Certainly, prompt diagnosis and treatment are required. Brain perfusion imaging with […]Dynamic Interventional Perfusion Imaging: Reconstruction Algorithms and Clinical Evaluation Abstract Acute ischaemic stroke is a major cause for death and disabilities with increasing prevalence in aging societies. Novel interventional stroke treatment procedures have the potential to improve the clinical outcome of certain stroke-affected patients. Certainly, prompt diagnosis and treatment are required. Brain perfusion imaging with […]
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14OCT 2014
Ph.D. Gallery
Benjamin Keck
High Performance Iterative X-Ray CT with Application in 3-D Mammography and Interventional C-arm Imaging Systems Abstract Medical image reconstruction is a key component for a broad range of medical imaging technologies. For classical Computed Tomography systems the amount of measured signals per second increased exponentially over the last four decades, whereas the computational complexity of […]High Performance Iterative X-Ray CT with Application in 3-D Mammography and Interventional C-arm Imaging Systems Abstract Medical image reconstruction is a key component for a broad range of medical imaging technologies. For classical Computed Tomography systems the amount of measured signals per second increased exponentially over the last four decades, whereas the computational complexity of […]
Read more about Benjamin Keck