The influence of CSF on EEG sensitivity distributions of multilayered head models.

Correlation between signal-to-noise ratios and region of interest sensitivity ratios of bipolar EEG measurements.

New method for analysing sensitivity distributions of electroencephalography measurements.

Improved detection of deep sources with weighted multielectrode EEG leads.

European virtual campus for biomedical engineering EVICAB.

Contribution of the left anterior myocardium to the body surface potentials in case of apical ectopic beat.

Correlation between live and post mortem skull conductivity measurements.

Measurement of noise and impedance of dry and wet textile electrodes, and textile electrodes with hydrogel.

Software suite for finite difference method models.

Effect of source depth on the specificity of bipolar EEG measurements.

Analysing specificity of a bipolar EEG measurement.

Heart rate variability derived from exercise ECG in the detection of coronary artery disease.

Prediction of implantable ECG lead systems by using thorax models.

Estimation of ECG signal of closely separated bipolar electrodes using thorax models.

Bioelectromagnetism--relative merits of electric and magnetic measurements in cardiac studies.

Study on the spatial resolution of EEG--effect of electrode density and measurement noise.

Finite difference and lead field methods in designing implantable ECG monitor.

Effect of measurement noise and electrode density on the spatial resolution of cortical potential distribution with different resistivity values for the skull.

The SVEC III vectorcardiographic lead system. Properties, comparisons, and theoretical and clinical aspects.

Effect of electrode density and measurement noise on the spatial resolution of cortical potential distribution.

Effect of skull resistivity on the spatial resolutions of EEG and MEG.

ECG variable cine: computer program for presentation of temporal changes in ECG variables over different number of ECG leads.

Accuracy of two dipolar inverse algorithms applying reciprocity for forward calculation.

Segmental composition of whole-body impedance cardiogram estimated by computer simulations and clinical experiments.

Effects of tissue resistivities on electroencephalogram sensitivity distribution.

Windows software for cardiac electrophysiology studies and ablation monitoring.

Detection of coronary artery disease using maximum value of ST/HR hysteresis over different number of leads.

Application of computer modelling and lead field theory in developing multiple aimed impedance cardiography measurements.

Multiple lead recordings improve accuracy of bio-impedance plethysmographic technique.

Lead field theoretical approach in bioimpedance measurements: towards more controlled measurement sensitivity.

A software implementation for detailed volume conductor modelling in electrophysiology using finite difference method.

Semi-automatic tool for segmentation and volumetric analysis of medical images.

Detailed model of the thorax as a volume conductor based on the visible human man data.

Sensitivity distributions of impedance cardiography using band and spot electrodes analyzed by a three-dimensional computer model.

Correct utilization of exercise electrocardiographic leads in differentiation of men with coronary artery disease from patients with a low likelihood of coronary artery disease using peak exercise ST-segment depression.

Segmentation of T1 MR scans for reconstruction of resistive head models.

Effect of ST segment measurement point on performance of exercise ECG analysis.

The effect of lead selection on traditional and heart rate-adjusted ST segment analysis in the detection of coronary artery disease during exercise testing.

Computer model analysis of the relationship of ST-segment and ST-segment/heart rate slope response to the constituents of the ischemic injury source.

Reproducibility of the ST-segment depression/heart rate analysis of the exercise electrocardiographic test in asymptomatic middle-aged population.

Sensitivity distributions of EEG and MEG measurements.

Accurate detection of coronary artery disease by integrated analysis of the ST-segment depression/heart rate patterns during the exercise and recovery phases of the exercise electrocardiography test.

A computer program for comprehensive ST-segment depression/heart rate analysis of the exercise ECG test.

Validation of a detailed computer model for the electric fields in the brain.

Compartmental multivariate analysis of exercise ECGs for accurate detection of myocardial ischaemia.

Normal vector magnetocardiogram. II. Effect of constitutional variables.

Normal vector magnetocardiogram. I. Correlation with the normal vector ECG.

Performance characteristics of various exercise ECG classifiers in different clinical populations.

Improved diagnostic performance of the exercise ECG test by computerized multivariate ST-segment/heart rate analysis.

The influence of electromagnetic interference and ionizing radiation on cardiac pacemakers.

Corrected unipositional lead system for vector magnetocardiography.

Comparative study of the normal vector magnetocardiogram and vector electrocardiogram.

Microelectrode amplifier for intracellular stimulation and recording.

A pressure curve monitor for intratracheal jet ventilation.

Transcutaneous, dual channel phrenic nerve stimulator for diaphragm pacing.

Accurate digital synthesizer for simulating vectorcardiogram.

Distribution of m.e.g. detector sensitivity: an application of reciprocity.

Microprocessor-based four-channel electronystagmography system.

Measurement of the human magnetic heart vector.

Consistent system of rectangular and spherical co-ordinates for electrocardiography and magnetocardiography.

Anaesthesia for cardioversion: immediate haemodynamics in patients anaesthetized with thiopental or althesin.