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articulated movement. Fusing video with wearable sensors such as inertial measurement units and (neuro)physiological sensors can address such shortcoming and hence improve decision making. However, further
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to the brain. Cerebrovascular autoregulation is an ingenious protective physiological mechanism that ensures sufficient cerebral blood flow in spite of varying blood pressure and other threats to homeostasis
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to the brain. Cerebrovascular autoregulation is an ingenious protective physiological mechanism that ensures sufficient cerebral blood flow in spite of varying blood pressure and other threats to homeostasis
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