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Neurotrauma / Physiology / Medical signs / Cardiovascular physiology / Cerebral perfusion pressure / Autoregulation / Cerebral blood flow / Intracranial pressure / Economic model / Medicine / Neurology / Biology


Autoregulatory Model Comparison and Optimisation Methodology Martin Shaw, Ian Piper, and Michael Daley Abstract Cerebral pressure autoregulation (AR) is a process by which blood flow is kept constant over a specific cere
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Document Date: 2013-03-29 08:49:57

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Company

Pearson / /

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Facility

Institute of Neurological Sciences / University of Memphis / Sothern General Hospital / /

IndustryTerm

neural network / cranial window preparation using pial artery imaging / pial vessel imaging / /

MedicalCondition

traumatic brain injury / injury / specific disease / TBI / fluid percussion injury / brain injury / percussion injury / /

Organization

Sothern General Hospital / I. Piper Department of Clinical Physics / Institute of Neurological Sciences / M. Daley Department of Electrical and Computer Engineering / University of Memphis / Memphis / /

Person

Methodology Martin Shaw / Comparison Literature / Ian Piper / /

Position

candidate for the analysis / representative / Model / /

Product

Matthews / /

ProvinceOrState

Arkansas / /

Technology

The protocol / neural network / /

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