Exploring Intrumentation Design For Non-invasive Human Blood Analysis - Gad, Rajendra S.; Naik, Gourish M.
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Book describes the system model to analyze human blood tissue matrix. It is well known that the human blood is a multivariate system consisting around 120 major constituents. Glucose is one such constituent, which provides instant energy for cell metabolism, and the imbalance in glucose, leads to various health problems. The book emphasizes the non-invasive blood glucose measuring technique. The working principles of different radiation based techniques of glucometers are described in full detail while the Near Infrared based technique is emphases . Also the multivariate system model used to…mehr

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Produktbeschreibung
Book describes the system model to analyze human blood tissue matrix. It is well known that the human blood is a multivariate system consisting around 120 major constituents. Glucose is one such constituent, which provides instant energy for cell metabolism, and the imbalance in glucose, leads to various health problems. The book emphasizes the non-invasive blood glucose measuring technique. The working principles of different radiation based techniques of glucometers are described in full detail while the Near Infrared based technique is emphases . Also the multivariate system model used to quantify the blood glucose is discussed in details. The simulation spectrums for the human blood were generated using oscillator's technique to compute the calibration and prediction error in the multivariate model.
Autorenporträt
Dr. R. S. Gad, M.Sc., Ph.D.; Reader, Depat. of Electronics, Goa University, Goa, India. Research interest in the area of multivariate and multi-modal systems.Winner in Mentor Graphics Design contest ¿ Design and verification of LC3 processor¿ for year 2010 in India. He is also recipient of the Indian National Science Academy,Delhi Fellowship-2013.