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  • All fields: open-cranial
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    • Stereopsis-guided brain shift compensation.

    • Stereopsis-guided brain shift compensation.
    • Three-dimensional imaging in medicine -- Mathematical models. Intraoperative monitoring. Cerebral cortex -- Imaging. Computer vision. Space perception.
    • Brain deformation models have proven to be a powerful tool in compensating for soft tissue deformation during image-guided neurosurgery. The accuracy of these models can be improved by incorporating intraoperative measurements of brain motion. We...
    • Data assimilation in brain deformation modeling.

    • Data assimilation in brain deformation modeling.
    • Diagnostic imaging -- Digital techniques. Diagnostic imaging -- Mathematical models. Image processing -- Mathematics. Intraoperative monitoring. Brain -- Magnetic resonance imaging. Ultrasonic encephalography.
    • One of the important challenges facing image-guided neurosurgery is the fact that the brain deforms significantly over the course of an operation during open-cranial procedures. This results in a loss of registration between the brain and the...

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