Topics include: system modeling, static and dynamic physical and mathematical model, step response method; mathematical model, dimensional analysis; approximating and validating models, Taylor’s formula, algebraic and numerical approximations; analysis and control of the systems, solution techniques for ordinary differential equations, state-space equations: converting to state space, simulating the models using any simulation; Ssystem simulation techniques, the Monte-Carlo method, continuous system simulation: analog and hybrid method, probability concepts in simulation.
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