National School of Applied Sciences - Agadir
Master: Embedded Systems & Biomedical Engineering
Course: Applied Mathematics
Embedded Files
Course objectives
Course objectives
The student will learn some basic mathematical tools and gain experience in the modelling and simulation of physical and technical phenomena with partial differential equations.
Course content
Course content
• Matrix algebra and eigenvalues
• Solving systems of linear equations
• Solving 2D linear dynamical systems
• functions in multiple variables
• Least squares optimization
• Solving partial differential equations (pde’s)
– Reaction-diffusion equations
– Population dynamics
– Finite differences method for discretizing pde’s
– Applications in image processing
• Radon Transforms for X-ray tomography
Labs and problems
Labs and problems
Lab1 Matrices - Gauss elimination - images.pdfProblem set - Matrix algebra.pdfProblem set 2 Linear dynamical systems.pdfRadon Transform.pdffinal exam matrix diagonalisation dynamical system.pdfPhase Portraits:
Phase Portraits:
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Latex files
Latex files
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