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No 4 (2013) > The Derivation of the Dispersion Equations of Adiabatic Waveguide Modes in the Thin-Film Waveguide Luneburg Lens in the Form of Non-Linear Partial Differential Equation of the First Order
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ISSN 2658-4670 (Print)
ISSN 2658-7149 (Online)
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Keywords
Kantorovich method
Maxwell’s equations
Random Early Detection (RED)
Sage
active queue management
computer algebra
control
finite difference method
finite element method
image processing
mathematical model
mathematical modeling
neural networks
numerical methods
numerical simulation
pattern recognition
queuing system
solitons
stability
stochastic differential equations
waveguide
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Email this article (Login required)
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Keywords
Kantorovich method
Maxwell’s equations
Random Early Detection (RED)
Sage
active queue management
computer algebra
control
finite difference method
finite element method
image processing
mathematical model
mathematical modeling
neural networks
numerical methods
numerical simulation
pattern recognition
queuing system
solitons
stability
stochastic differential equations
waveguide