blood; blood pressure measurement; blood vessels; electrocardiography; muscle; neurophysiology; photoplethysmography; pneumodynamics; spectral analysis; BP estimation accuracy; ECG; Moens-Korteweg equation; PTT-based BP measurement; PTT-based cuffless blood pressure measurement estimation; Valsalva maneuver; arterial diameter; arterial geometries; cardiac cycle; deep breathing maneuver; dominant frequency component; electrocardiogram; heart rate; high-low frequency shifting; parasympathetic nervous activities; photoplethysmogram intensity ratio; smooth muscle tone; spectral analysis; sympathetic nervous activities; sympathetic nervous system; vascular smooth muscle contraction; vascular smooth muscle relaxation; Accuracy; Biomedical monitoring; Blood pressure; Estimation; Heart rate; Resonant frequency;
机译:评论'新的PhotoPlethysmogram指标,提高齿轮和连续血压估计精度'
机译:新的光电肉谱指示剂,用于改善牢牢和连续血压估计准确度
机译:回复“新的PhotoPlethysmogram指标评论改善牢记和连续血压估计准确性”
机译:光学仪测量比率:用于提高基于PTT的无齿状血压估计精度的潜在指示
机译:运动后条件下无创血压测量的新型无袖套技术。
机译:仅具有光电读谱信号的诱齿血压估计的广义深神经网络模型
机译:基于波形的Ann-LSTM网络从心电图和光学仪测量的诱齿血压估计
机译:远程医疗的无创和无袖血压测量。