Keyphrases
Acute Myocardial Infarction
37%
Averaging Method
31%
Beat-to-beat
19%
Bioimpedance
70%
Bone Mineral Density
21%
Conduction System
25%
Congestive Heart Failure
27%
Coronary Artery Disease
23%
Cross-correlation Function
28%
Cryosurgery
21%
Depolarization
26%
Dipole Source
19%
During Exercise
30%
ECG Waveform
40%
Electrical Impedance Tomography
65%
Electrochemical Sensor
21%
Exercise Test
23%
Fetal ECG
28%
Finite Volume Method
29%
Flow-volume Curve
19%
Fractal
25%
Heart Failure Patients
27%
Heart Ventricles
20%
High-frequency QRS
100%
His Bundle
21%
Impedance Method
41%
Induced Current
28%
Ischemia
44%
Late Potentials
44%
Left-right Asymmetry
33%
Lung
20%
Lung Fluid
20%
Lung Resistance
25%
Maternal ECG (mECG)
20%
Myocardial Ischemia
30%
Numerical Model of the Head
31%
Potential Distribution
25%
QRS Complex
77%
QT Interval
33%
Root Mean Square
28%
RR Interval
33%
Scalp
46%
Signal Averaging
32%
Spectral Analysis
33%
Spirometer
18%
Three Dimensional Model
23%
Three-dimensional (3D)
20%
Transtelephonic
21%
Visual Evoked Potentials
28%
Volume Conductor
28%
Engineering
Algebraic Equation
10%
Averaging Process
15%
Bandpass Filter
10%
Belts
15%
Computational Fluid Dynamics
15%
Computervision
15%
Conduction Velocity
10%
Conductive
14%
Crosscorrelation
54%
Current Injection
13%
Current Source
10%
Cutoff Frequency
11%
Data Volume
15%
Digital Filter
13%
Digital Filtering
14%
Dipole Source
19%
Dynamic Models
21%
Electric Potential
17%
Electrical Activity
13%
Electrical Impedance
60%
Electrical Potential
12%
Electrochemical Sensor
15%
Experimental Result
17%
Fast Fourier Transform Algorithm
21%
File Format
10%
Finite Element Analysis
10%
Finite Volume Method
50%
Fluid Level
10%
Frequency Domain
13%
Frequency Spectrum
15%
Healthy Subject
30%
High-Frequency Component
22%
Human Expert
15%
Image Analysis
10%
Male Subject
9%
Monitoring System
13%
Numerical Model
54%
over-Relaxation
13%
Personal Computer
18%
Piezoelectric
10%
Potential Distribution
34%
Power Spectra
15%
Signal Averaging
15%
Signal-to-Noise Ratio
19%
Similarities
11%
Straight Line
15%
Stroke Volume
15%
Surface Potential
27%
Three-Dimensional Models
23%
Two Dimensional
28%
