Design of Pulse Oximeters

Zusatztext "? a complete guide to understanding! using! and designing the PO ? for biomedical engineers and for all those who need to know the technical workings of this instrument ? provides complete coverage of the field! from basic principles and techniques to signal-processing algorithms and calibration ? with an abundance of figures! tables! and equations! the book is easy to read and clear in understanding ? particularly useful for graduate students! biomedical technicians as the essential reference .. the best book to date ? ." -Valentin Grimblatov! Columbia-Presbyterian Medical Center! IEEE EMBS Magazine! May/June 1998 "? an excellent overview ? a must for biomedical engineers and medical physicists ? valuable contribution to clinical instrumentation and physiological measurement ? worth buying." -John Allen! Freeman Hospital! IFMBE News! May 1998 Informationen zum Autor John G. Webster Klappentext Describes the hardware and software needed to make a pulse oximeter! and includes the equations! methods! and software required for them to function effectively. This book describes how oxygen is delivered to the tissue! historical methods for measuring oxygenation! and the invention of the pulse oximeter in the early 1980s. Zusammenfassung Describes the hardware and software needed to make a pulse oximeter, and includes the equations, methods, and software required for them to function effectively. This book describes how oxygen is delivered to the tissue, historical methods for measuring oxygenation, and the invention of the pulse oximeter in the early 1980s. Inhaltsverzeichnis Normal oxygen transport (S A Clark). Motivation of pulse oximetry (D J Sebald). Blood oxygen measurement (J Farmer). Light absorbance in pulse oximetry (O Wieben). Light-emitting diodes and their control (B W J Bourgeois). Photodetectors and amplifiers (J S Schowalter). Probes (M V S Reddy). Electronic instrument control (K S Paranjape). Signal processing algorithms (S Palreddy). Calibration (J S Schowalter). Accuracy and errors (S Tungjitkusolmun). User interface for a pulse oximeter (A Lozano-Nieto). Applications of pulse oximetry (J B Ruchala). Glossary. Index. ...

" a complete guide to understanding, using, and designing the PO for biomedical engineers and for all those who need to know the technical workings of this instrument provides complete coverage of the field, from basic principles and techniques to signal-processing algorithms and calibration with an abundance of figures, tables, and equations, the book is easy to read and clear in understanding particularly useful for graduate students, biomedical technicians as the essential reference .. the best book to date ." -Valentin Grimblatov, Columbia-Presbyterian Medical Center, IEEE EMBS Magazine, May/June 1998 " an excellent overview a must for biomedical engineers and medical physicists valuable contribution to clinical instrumentation and physiological measurement worth buying." -John Allen, Freeman Hospital, IFMBE News, May 1998

Autorentext
John G. Webster

Klappentext
Describes the hardware and software needed to make a pulse oximeter, and includes the equations, methods, and software required for them to function effectively. This book describes how oxygen is delivered to the tissue, historical methods for measuring oxygenation, and the invention of the pulse oximeter in the early 1980s.

Inhalt
Normal oxygen transport (S A Clark). Motivation of pulse oximetry (D J Sebald). Blood oxygen measurement (J Farmer). Light absorbance in pulse oximetry (O Wieben). Light-emitting diodes and their control (B W J Bourgeois). Photodetectors and amplifiers (J S Schowalter). Probes (M V S Reddy). Electronic instrument control (K S Paranjape). Signal processing algorithms (S Palreddy). Calibration (J S Schowalter). Accuracy and errors (S Tungjitkusolmun). User interface for a pulse oximeter (A Lozano-Nieto). Applications of pulse oximetry (J B Ruchala). Glossary. Index.

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