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This dissertation by Martin Hultman explores advancements in real-time laser speckle contrast imaging (LSCI) for measuring skin perfusion. The work addresses limitations of traditional LSCI by developing a real-time multi-exposure laser speckle contrast imaging (MELSCI) system using advanced algorithms and hardware. The study focuses on improving accuracy and reducing noise in perfusion measurements, utilizing artificial neural networks for real-time data analysis. The research demonstrates the potential clinical applications of MELSCI in monitoring blood flow dynamics during medical interventions. Aimed at biomedical researchers and clinicians, the dissertation contributes to enhancing non-invasive imaging techniques for better patient care.

Laser speckle. --- Diagnostic imaging. --- Laser speckle --- Diagnostic imaging

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Antologier. --- Filosofi. --- Human beings. --- Kildesamlinger. --- Kønsforskning. --- Materialitet. --- Människans väsen. --- Posthumanism. --- Teori og metoder.