Modeling and simulations

Contents:

• Introduction: professional nomenclature, definitions, modeling and simulation process, goals, economic aspect, visualization.
• Modeling of bionic systems: framework, analogies and realization, validation and verification, dynamic systems in biology and technology, event systems.
• Simulation: classifications, procedures, limitations, simulators and computation, distributed systems modeling
• Computer tools and computational methods: numerical procedures, model discretization, emulation, simulation languages, investigation and optimization, biomimetic procedures, neural networks, genetic algorithms, real-time simulation
• 2D and 3D rendering (CAD), animations, virtual and augmented reality, 3D simulation, stereo display, haptics