The development of complex electronic modules requires very efficient simulation technique for faster design and optimization process. For smaller component level models, current state of the art FEM/CFD tools is sufficient if appropriate boundary conditions are used. But for larger system level models, this approach can be computationally expensive as the finite element model can lead to very large set of equations. Hence, there is a need for much efficient computational methods such as model order reduction (MOR). MOR was developed to study property of dynamical systems to reduce their complexity without changing input/output to the system.

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