MIEG 2051
Fourier Analysis with Engineering Applications
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The course covers Linear-time Invariant Systems, Convolution, Dirac delta functions, Fourier Analysis of Continuous and Discrete-time Systems, Sampling Theorem, Fast-Fourier Transform, Laplace Transform, Z-Transform, and Fourier uncertainty principle. There will be emphasis on the interplay between mathematical ideas in MATH courses and engineering applications. Ideas such as inner product spaces, Contour integration, Cauchy-Schwartz inequality, Spectral decomposition, etc. will be employed for obtaining various results.
The course covers Linear-time Invariant Systems, Convolution, Dirac delta functions, Fourier Analysis of Continuous and Discrete-time Systems, Sampling Theorem, Fast-Fourier Transform, Laplace Transform, Z-Transform, and Fourier uncertainty principle. There will be emphasis on the interplay between mathematical ideas in MATH courses and engineering applications. Ideas such as inner product spaces, Contour integration, Cauchy-Schwartz inequality, Spectral decomposition, etc. will be employed for obtaining various results.
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- 5.02024-25Term 1Prof. Nair Chandrachur靓 grade点击即送要 attendance
nair会给所有人A的
- 2026/8/1CU匿名用户5.02025-26Term 1Prof. Chandrasekhar MADHAVAN NAIRchur靓 grade点击即送要 attendance
但凡少打0.1分都是对nair的不尊重
- 2026/7/30CU匿名用户5.02023-24Term 1Prof. Chandrasekhar MADHAVAN NAIRhea靓 grade点击即送要 attendance
nair夯爆了