Multiple-input nonlinear modelling of cerebral haemodynamics using spontaneous arterial blood pressure, end-tidal CO₂ and heart rate measurements

Mathematics

• Heart Rate 100%
• Hemodynamics 97%
• Nonlinear Modeling 96%
• Blood Pressure 95%
• Blood Flow 35%
• Prediction Error 31%
• Output 30%
• Inclusion 21%
• Doppler 19%
• Ultrasound 19%
• Arteries 18%
• Model 17%
• Dynamic Model 14%
• Quantify 13%
• Diagnostics 13%
• Nonlinear Model 13%
• Nonlinearity 9%
• Distinct 9%
• Imply 8%
• Concepts 7%

Physics & Astronomy

• heart rate 91%
• blood pressure 91%
• hemodynamics 88%
• blood flow 24%
• output 20%
• flow velocity 18%
• inclusions 17%
• arteries 12%
• predictions 12%
• nonlinearity 8%
• causes 6%

Engineering & Materials Science

• Hemodynamics 81%
• Blood pressure 79%
• Flow velocity 23%
• Blood 20%
• Ultrasonics 9%