Implementation of 3D Method of Lines in MATLAB
This course will teach the student how to implement a fully three-dimensional method of lines in MATLAB that can be used to simulate electromagnetic and photonic devices.
Course curriculum
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1
Theory of Diffraction Gratings
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2
The Transfer Matrix Method (TMM)
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Formulation & Implementation of TMM (free)
FREE PREVIEW -
Download test_star.p
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MATLAB Session -- star() function that performs the Redheffer star product
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3
Finite-Difference Frequency-Domain (FDFD)
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4
Coding the YEEDER2D() Function
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Download TEST_YEEDER2D()
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MATLAB Session -- YEEDER2D() Header
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MATLAB Session -- YEEDER2D() Handle Input Arguments
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MATLAB Session -- YEEDER2D() Build DEX
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MATLAB Session -- YEEDER2D() Build DEY
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MATLAB Session -- YEEDER2D() Build DHX & DHY and Test
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5
Coding the Method of Lines (MoL)
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Formulation & Implementation of the Method of Lines (free)
FREE PREVIEW -
Lecture -- Sawtooth Diffraction Grating
FREE PREVIEW -
Notes -- Sawtooth Diffraction Grating
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MATLAB Session -- Header
FREE PREVIEW -
MATLAB Session -- Dashboard
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MATLAB Session -- Calculate the Grid
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MATLAB Session -- Build the Device
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MATLAB Session -- Initialize MoL
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MATLAB Session -- Iterate Through Layers
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MATLAB Session -- Connect External Regions
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MATLAB Session -- Reflection & Transmission
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6
Generic MoL Function for Parameter Sweeps
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Lecture -- The Guided-Mode Resonance Filter (free)
FREE PREVIEW -
Notes -- The Guided-Mode Resonance Filter (free)
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MATLAB Session -- Converting MoL Parameters to Structures
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MATLAB Session -- Split the Code
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MATLAB Session -- MOL3D() Function
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MATLAB Session -- Parameters Sweeps
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Pricing options
The paid course grants you access to all class videos and instructional materials for one year from date of enrollment.
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Get started now
$295.00
Regular price