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Explore the complex mechanisms of biological signal processing with Introduction to Dynamic Modeling of Neuro-Sensory Systems. This authoritative text provides a comprehensive look at how neuro-sensory systems function through the lens of dynamic modeling. Written by Robert B. Northrop from the University of Connecticut, the book bridges the gap between biological inquiry and engineering principles. Ideal for students and researchers in neuroscience and biomedical engineering, it offers rigorous mathematical frameworks to understand sensory input and system response. The content covers essential topics including signal transduction, neural coding, and mathematical representations of sensory dynamics. This academic hardback is an essential reference for those studying the intersection of neurobiology and systems theory. Product Summary: Academic hardback book on neuro-sensory dynamic modeling, authored by Robert B. Northrop, focusing on mathematical systems analysis in neuroscience.
Explore the complex mechanisms of biological signal processing with Introduction to Dynamic Modeling of Neuro-Sensory Systems. This authoritative text provides a comprehensive look at how neuro-sensory systems function through the lens of dynamic modeling. Written by Robert B. Northrop from the University of Connecticut, the book bridges the gap between biological inquiry and engineering principles. Ideal for students and researchers in neuroscience and biomedical engineering, it offers rigorous mathematical frameworks to understand sensory input and system response. The content covers essential topics including signal transduction, neural coding, and mathematical representations of sensory dynamics. This academic hardback is an essential reference for those studying the intersection of neurobiology and systems theory. Product Summary: Academic hardback book on neuro-sensory dynamic modeling, authored by Robert B. Northrop, focusing on mathematical systems analysis in neuroscience.
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