LAP Lambert Academic Publishing. Paperback. New. Paperback. 128 pages. Dimensions: 8.7in. x 5.9in. x 0.3in.I describe a system to study the relation between cardiac stroke volume and in… Mehr…
LAP Lambert Academic Publishing. Paperback. New. Paperback. 128 pages. Dimensions: 8.7in. x 5.9in. x 0.3in.I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN., LAP Lambert Academic Publishing<
[EAN: 9783838370644], Neubuch, [PU: LAP Lambert Acad. Publ. Apr 2011], This item is printed on demand - Print on Demand Neuware - I describe a system to study the relation between cardiac… Mehr…
[EAN: 9783838370644], Neubuch, [PU: LAP Lambert Acad. Publ. Apr 2011], This item is printed on demand - Print on Demand Neuware - I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce. 128 pp. Englisch<
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I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling … Mehr…
I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce. Bücher, Hörbücher & Kalender / Bücher / Sachbuch / Naturwissenschaften / Biologie / Biochemie<
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[PU: LAP Lambert Academic Publishing], Das BuchVirtual Heartkönnte eine längere Lieferzeit habenSie zahlen eine Versandpauschale für bis zu fünf Bücher
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I describe a system to stu… Mehr…
[PU: LAP Lambert Academic Publishing], Das BuchVirtual Heartkönnte eine längere Lieferzeit habenSie zahlen eine Versandpauschale für bis zu fünf Bücher
Typ:book
I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts The simulation part computes the bioimpedance signal with Finite Difference Method Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain This method effectively gives the solution to the forward problem of electrical bioimpedance Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies The results show that magnitude and also phase of the signal correlate with the changing volume of the, [SC: 0.00], Neuware, gewerbliches Angebot, [GW: 4109g]<
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LAP Lambert Academic Publishing. Paperback. New. Paperback. 128 pages. Dimensions: 8.7in. x 5.9in. x 0.3in.I describe a system to study the relation between cardiac stroke volume and in… Mehr…
LAP Lambert Academic Publishing. Paperback. New. Paperback. 128 pages. Dimensions: 8.7in. x 5.9in. x 0.3in.I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN., LAP Lambert Academic Publishing<
[EAN: 9783838370644], Neubuch, [PU: LAP Lambert Acad. Publ. Apr 2011], This item is printed on demand - Print on Demand Neuware - I describe a system to study the relation between cardiac… Mehr…
[EAN: 9783838370644], Neubuch, [PU: LAP Lambert Acad. Publ. Apr 2011], This item is printed on demand - Print on Demand Neuware - I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce. 128 pp. Englisch<
- NEW BOOK Versandkosten: EUR 8.83 AHA-BUCH GmbH, Einbeck, Germany [51283250] [Rating: 5 (von 5)]
I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling … Mehr…
I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce. Bücher, Hörbücher & Kalender / Bücher / Sachbuch / Naturwissenschaften / Biologie / Biochemie<
Nr. EDPMM6I26T0. Versandkosten:, Lieferzeit: 5 Tage, DE. (EUR 0.00)
[PU: LAP Lambert Academic Publishing], Das BuchVirtual Heartkönnte eine längere Lieferzeit habenSie zahlen eine Versandpauschale für bis zu fünf Bücher
Typ:book
I describe a system to stu… Mehr…
[PU: LAP Lambert Academic Publishing], Das BuchVirtual Heartkönnte eine längere Lieferzeit habenSie zahlen eine Versandpauschale für bis zu fünf Bücher
Typ:book
I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts The simulation part computes the bioimpedance signal with Finite Difference Method Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain This method effectively gives the solution to the forward problem of electrical bioimpedance Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies The results show that magnitude and also phase of the signal correlate with the changing volume of the, [SC: 0.00], Neuware, gewerbliches Angebot, [GW: 4109g]<
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I describe a system to study the relation between cardiac stroke volume and intracardiac bioimpedance signal. The system is a MATLAB based software composed of 3D dynamic heart modelling part and impedance signal simulation part. This system allows to conduct virtual experiments with dynamic heart models that can be designed with characteristics of real dynamic hearts. The simulation part computes the bioimpedance signal with Finite Difference Method. Electrode locations can be specified anywhere in the virtual heart and the FDM computes the complex electrical potential in the whole modelling domain. This method effectively gives the solution to the forward problem of electrical bioimpedance. Sample results of the working system are presented as simulated complex impedance signals at the catheter electrodes with 5 different stroke volumes of the heart and at 2 different frequencies. The results show that magnitude and also phase of the signal correlate with the changing volume of the heart. The impedance of static heart with anisotropic tissue properties was also studied and it uncovered the extent of errors that improper use of anisotropy could introduce.
Detailangaben zum Buch - Virtual Heart: Modelling of Cardiac Dynamics and Intracardiac Bioimpedance
EAN (ISBN-13): 9783838370644 ISBN (ISBN-10): 3838370643 Gebundene Ausgabe Taschenbuch Erscheinungsjahr: 2013 Herausgeber: LAP Lambert Academic Publishing
Buch in der Datenbank seit 2007-06-28T19:28:54+02:00 (Zurich) Detailseite zuletzt geändert am 2019-12-03T13:07:04+01:00 (Zurich) ISBN/EAN: 9783838370644
ISBN - alternative Schreibweisen: 3-8383-7064-3, 978-3-8383-7064-4 Alternative Schreibweisen und verwandte Suchbegriffe: Autor des Buches: gordon Titel des Buches: virtual, heart
