48 results on '"Hyttinen J"'
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2. Augmenting Soft Tissue Contrast Using Edge-Enhancing Phase-Imaging Techniques in X-Ray Microtomography
3. Simulation of Microporous Architecture's Effects on Fluid Flow Characteristics in Cell Seeding
4. Independent component analysis in processing event related potentials in electroencephalograms
5. Effects of activation origin in the subcutaneous ECG with horizontal and vertical bipolar lead orientation
6. Electrode position optimization for facial EMG measurements for human-computer interface
7. Comparison of the scope of true and integrated bipolar leads in implantable cardioverter defibrillators
8. Analysing effects of implant dimensions on electrocardiograph: A modeling approach
9. Software Suite for Finite Difference Method Models
10. A FDM anisotropic formulation for EEG simulation
11. Computer vision for human stem cell derived cardiomyocyte classification: The induced pluripotent vs embryonic stem cell case study.
12. Recording cortical EEG subcortically — Improved EEG monitoring from depth-stimulation electrodes.
13. Investigating the measurement capability of densely-distributed subdermal EEG electrodes.
14. Short distance bipolar electrocardiographic leads in diagnosis of left ventricular hypertrophy.
15. Performance analysis of an activity monitoring system using the SPINE framework.
16. DexterNet: An Open Platform for Heterogeneous Body Sensor Networks and its Applications.
17. Utilization of wireless sensor network for health monitoring in home environment.
18. Texture Based Classification and Segmentation of Tissues Using DT-CWT Feature Extraction Methods.
19. ECG monitoring of cardiac patients at home: experiences with scenarios and signal processing methods.
20. Two portable long-term measurement devices for ECG and bioimpedance.
21. Estimation of the Scope of Transvenous Lead Systems in Implantable Cardioverter Defibrillators.
22. Contribution of the Left Anterior Myocardium to the Body Surface Potentials in Case of Apical Ectopic Beat.
23. Analysing Specificity of a Bipolar EEG Measurement.
24. Analysing bipolar ECG implant’s specificity to 12 segments of left ventricle.
25. Study on the spatial resolution of EEG - effect of electrode density and measurement noise.
26. Estimation of ECG signal of closely separated bipolar electrodes using thorax models.
27. Prediction of implantable ECG lead systems by using thorax models.
28. ECG source location clustering based on position vectors and forward transfer matrices.
29. Effect of number of electrodes, electrode displacement, and RMS measurement noise on the localization accuracy of ECG inverse problem.
30. Signal fidelity requirements in determining measures of cardiac function — Advancing to multichannel impedance cardiography.
31. Clustering of source locations based on the transform matrix for ECG simulations.
32. Mobile ECG measurement and analysis system using mobile phone as the base station.
33. Importance of the tissue conductivity values in modelling the thorax as a volume conductor
34. Effect of cardiac phases and conductivity inhomogeneities of the thorax models on ECG lead selection and reconstruction
35. Clustering of source locations based on the transform matrix for ECG simulations
36. ECG source location clustering based on position vectors and forward transfer matrices
37. ECG lead selection and reconstruction: application of model-based study to actual measurement datasets
38. Parallel processing approach for finite difference modelling of human thorax as a volume conductor
39. Estimation of ECG signal of closely separated bipolar electrodes using thorax models
40. Study on the spatial resolution of EEG - effect of electrode density and measurement noise
41. Application of lead field theory and computerized thorax modeling for the ECG inverse problem
42. Effect of number of electrodes, electrode displacement, and RMS measurement noise on the localization accuracy of ECG inverse problem
43. Prediction of implantable ECG lead systems by using thorax models
44. ECG lead selection and reconstruction: application of model-based study to actual measurement datasets.
45. Effect of cardiac phases and conductivity inhomogeneities of the thorax models on ECG lead selection and reconstruction.
46. Application of lead field theory and computerized thorax modeling for the ECG inverse problem.
47. Parallel processing approach for finite difference modelling of human thorax as a volume conductor.
48. Importance of the tissue conductivity values in modelling the thorax as a volume conductor.
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