Learn about six essential mathematical tools for control systems design, such as linear algebra, differential equations, Laplace transform, frequency response, state-space representation, and ...

These methods have in turn been incorporated into modern systems theory and control theory, where they facilitate the optimisation of dynamic processes under constraints.

This paper proposes a more simplified three compartment-mathematical model with only 6 ordinary differential equations by introducing a tissue compartment comprising kidney, gut, brain and periphery.

Mathematical modeling is a process for formulating a set of equations to simultaneously represent a system’s structure and behavior. While in the majority of cases, the equations of the mathematical ...

Keywords: mathematical model, optimal control theory, finite difference method (FDM), fractional derivative, tuberculosis. Citation: Appadu AR, Lebelo RS, Gidey HH and Das S (2024) Editorial: ...

Mathematical modeling of differential equations as applied to problems of physics and electrical engineering in the MatLab/Simulink environment is considered. The MatLab software package is designed ...

The model employs a system of nonlinear ordinary differential equations, which is analyzed in detail for its stability properties. We compute the basic reproduction ratio R0 for the various control ...

In the present article, mathematical analysis of drilling system with reverse air circulation is presented by a novel hybrid technique of feedforward artificial neural network (ANN) and biogeography ...