10.007 Modelling The Systems World

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Eigenvalues and eigenvectors for systems y’ = Ay; diagonalization; linearization; positive definite matrices in Mu’ ‘ + Ku = 0; physical models of oscillation; Fourier series and the FFT; step and delta functions; basic PDE’s; vector spaces and subspaces; networks, incidence matrices, and Kirchhoff’s Laws; graph-based analysis.

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