Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 7 of 7 for “"Automated Quantification"”.
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Automated quantification of plant water transport network failure using deep learning
Droughts, exacerbated by anthropogenic climate change, threaten plants through hydraulic failure. This hydraulic failure is caused by the formation of embolisms which block water flow in a plant's xylem conduits. By tracking these failures over time, vulnerability curves (VCs) can be created. The …
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A cell level automated approach for quantifying antibody staining in immunohistochemistry images. A structural approach for quantifying antibody staining in colonic cancer spheroid images by integrating image processing and machine learning towards the implementation of computer aided scoring of cancer markers.
… A novel and comprehensive system for the automated quantification of antibody inside stained cell nuclei in immunohistochemistry images is proposed and demonstrated in this research. The system is based on a cellular level approach, where each nucleus is individually analyzed to observe …
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Intravascular Optical Coherence Tomography Image Analysis
… (2) Guide wire artifact segmentation, (3) Automated calibration of IVOCT images, (4) Volumetric quantification of fibrous caps, (5) Automated segmentation of calcified plaques, (6) Automated quantification of macrophages and (7) Automated stent analysis, covering almost all the essential …
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The plant cytoskeleton as a transportation network
… developed network-based frameworks for accurate, automated quantification of cytoskeletal structures, applicable in, e.g., genetic or chemical screens; (2) I showed that the actin cytoskeleton displays properties of efficient transport networks, hinting at its biological design principles; (3) …
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Hydrogen Interactions in the Subsurface Geological Formations: Molecular and Biogeochemical Perspectives
… trained on the datasets to develop models for automated quantification of hydrogen interaction properties. The outcome of this integrated approach reveals that thermodynamic conditions, mineralogical composition, and fluid chemistry critically influence hydrogen’s physical interactions and …
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Design and engineering of multi-step (bio)catalytic systems
… methods. In addition, to establish an automated cellular engineering platform, I developed a growth-based L-lactic acid biosensor and an automated quantification assay by BioProfile Analyzer.
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The development of 5D BIM framework to facilitate costing in contractor-led projects
Building Information Modelling (BIM) as an ambitious Government Construction Strategy (GCS) on all publicly procured sector projects, is leading to a significant shift and changing the dynamics of cost professional functions. This therefore requires the current fragmented construction industry to …