D: Postprocessing and Cross Validation

Modeling and Quantification

Basic (Physics) Principles of Quantification Using PET by Marc Huisman
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Basic (Physics) Principles of Quantification Using MR by Markus Rudin
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Basic (Physics) Principles of Quantification Using Optical Techniques by Adrian Taruttis
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Basic (Physics) Principles of Tracer Kinetic Modeling by Adriaan Lammertsma
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Plasma Input and Reference Tissue Compartment Models by Adriaan A. Lammertsma
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Measurement of plasma input functions using PET by Marc Huisman
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Measurement of plasma input functions using MRI by Klaas Nicolay
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Measurement of plasma input functions using optical techniques by Kenneth M. Tichauer
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Presentation 1: Linearised Models and Parametric Imaging by Adriaan A. Lammertsma
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Presentation 2: Applications of Modeling and Quantification in the Brain by Steven Meikle
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Presentation 3: Quantitative Assessment of Regional Myocardial Perfusion using PET by Hidehiro Iida
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Presentation 4: Modelling Applications in Oncology Studies by Adriaan A. Lammertsma
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Please note- the slides in these presentations can be advanced using the navigation controls on the presentation frame.

Basics of Image Processing

Image Segmentation: Methodology and Validation by Wiro Niessen
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Basics of Image Processing: Image Registration by Erik Meijering
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Basics of Image Processing: Object Tracking by Erik Meijering
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Basics of Image Processing by Arvind Pathak
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New Imaging Tools: Cerenkov Luminescence Imaging

Faster Than the Speed of Light – Applications for Cerenkov Imaging by Jan Grimm
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Cerenkov Luminescence Endoscopy: Feasibility and Challenges by Zeng Cheng
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Cerenkov Specific Contrast Agents by Edward J. Delikatny
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