Search for dissertations about: "Morphological image processing"
Showing result 1 - 5 of 21 swedish dissertations containing the words Morphological image processing.
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1. Quantitative image analysis : a focus on automated characterization of structures in optical microscopy of iron ore pellets
Abstract : Sintering occurs in many types of material such as iron, ceramics and snow, typically during thermal treatment, and aects the material properties, particularly the strength, by the bonding of particles into a coherent structure. In order to improve the mechanical strength in magnetite iron ore pellets it is important to be able to characterize and quantitatively measure the degree of sintering and features that impact the process of sintering. READ MORE
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2. Methods for 2D and 3D Quantitative Microscopy of Biological Samples
Abstract : New microscopy techniques are continuously developed, resulting in more rapid acquisition of large amounts of data. Manual analysis of such data is extremely time-consuming and many features are difficult to quantify without the aid of a computer. READ MORE
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3. Design and Implementation of Embedded Video Surveillance Hardware
Abstract : The demands on video surveillance systems are rapidly increasing regarding parameters such as frame rate and resolution. Furthermore, with an ever increasing number of video streams, an automated process for extracting relevant information is required. READ MORE
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4. Image Analysis and Enhancement with Applications in Medicine
Abstract : This thesis consists of six parts in which methods for image analysis and processing are studied. Two-dimensional medical images, image sequences, and three-dimensional image volumes are considered. READ MORE
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5. Methods for the analysis and characterization of brain morphology from MRI images
Abstract : Brain magnetic resonance imaging (MRI) is an imaging modality that produces detailed images of the brain without using any ionizing radiation. From a structural MRI scan, it is possible to extract morphological properties of different brain regions, such as their volume and shape. READ MORE