The Human Respiratory System combines emerging ideas from biology and mathematics to
show the reader how to produce models for the development of biomedical engineering …

The self similar branching arrangement of the airways makes the respiratory system an ideal
candidate for the application of fractional calculus theory. The fractal geometry is typically …

Before delving into the computational methods of reconstructing the respiratory models, we
first discuss the respiratory system from a functional point of view. In addition, descriptions …

The fractional calculus is a generalization of classical integer-order integration and
derivation to fractional (non-integer) order operators. Fractional order (FO) models are those …

In this chapter the electrical analogy developed previously is employed in ladder network
models. Mathematical concepts are used to show that in the limit (ie for a sufficient number …

Fractals are complex structure which can be characterized in a compact form using least
amount of information. The fact that nature has applied very simple rules to provide optimal …

Thanks to the technological advances, complex mathematical tools have been enabled for
general use and applications in the field of biomedical engineering. Moving from fiddler· s …

Fractional-order models for the input impedance of the respiratory system Universiteit Gent Add
publications and datasets Lists Sign in Academic Bibliography Search 200 years of publications …