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Educational Objectives
ECEn 563: Computational Electromagnetics
ECEN 563
Schedule - Fall 2009
Finite Differences
Aug
31
Introduction to CEM
HW1
462 FDTD Lab
Sep
2
3.1-2,3.4
Hyperbolic Equations, 1D FDTD, Absorbing BC
HW2
7
Holiday
9
1D FDTD - Accuracy, Dispersion
HW3
14
3.5
FD - Elliptic Equations
HW4
16
3.7
FD - Elliptic Equations
HW5
21
3.8
2D FDTD
HW6
23
3.8
2D FDTD - Scattering
HW7
Helps
28
3.8
3D FDTD
Method of Moments
30
3.11
(No class)
Oct
5
3.11
Numerical Integration
HW8
7
5.1-2
Numerical Integration
HW9
Weights/nodes
12
5.3
Numerical Integration, Integral Equations
HW10
14
5.5
Method of Moments
HW11
19
5.5
(No class)
21
MOM - 2D Volume
HW12
26
MOM - 3D
28
Linear System Solution
HW13
Nov
2
Linear System Solution
HW14
Finite Elements
4
4.1-4.4
Variational Methods
HW15
9
4.1-4.4
Rayleigh-Ritz Procedure
11
4.5
Finite Element Method
HW16
rect.m
16
4.7
Eigenvalue Problems
18
FEM/Boundary Element Method (FEM-BEM)
HW17
Helps
23
FEM/Boundary Element Method (FEM-BEM)
25
No class
Inverse Scattering & Other Topics
30
Inverse Scattering
2
Born Approximation
HW19
Data
7
Regularized Sampling
9
Review
16
Final Exam (In class, 7:00 am to 10:00 am)
Maintained by
Prof. Michael Jensen
.
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