Application of Fuzzy Logic for wireless and nanosensor - Dashore, Nilesh;Upadhyaya, G. K.
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As an academic text, the book is filled with practical design examples, discussions and problems. We employed Fuzzy Logic system to control and monitor different problems of Physics including prediction of volcanic activity, detection of radon concentration, forecasting cyclone intensity and detecting the concentration of hydrogen cyanide.Fuzzy Logic has been found to be very suitable for embedded control application. This incorporates an alternative way of thinking, which allows modeling complex systems using a higher level of abstraction originating from our knowledge and experience.Recent…mehr

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Produktbeschreibung
As an academic text, the book is filled with practical design examples, discussions and problems. We employed Fuzzy Logic system to control and monitor different problems of Physics including prediction of volcanic activity, detection of radon concentration, forecasting cyclone intensity and detecting the concentration of hydrogen cyanide.Fuzzy Logic has been found to be very suitable for embedded control application. This incorporates an alternative way of thinking, which allows modeling complex systems using a higher level of abstraction originating from our knowledge and experience.Recent year have witnessed of tremendous advances in wirelessly networked and embedded sensors. Wireless sensor nodes are typically low cast, low power, small devices equipped with limited sensing, data processing and wireless communication capabilities.
Autorenporträt
Dr.Nilesh Dashore (Ph.D.2011)HOD,Physics S.D Bansal College of Technology Indore (India). He is having 6 yrs teaching and research experience in Applied Physics.Dr.G.K Upadhyaya(Ph.D 1975)Professor of Physics and Director, DCDC Vikram University Ujjain is having 35 yrs teaching and research experience. Research fields are:Applied and Astrophysics.