The Finite-Difference Time-Domain(FDTD)method is a very popular numerical method for solving the Maxwell's equations of electrodynamics.In this talk,we pres
In order to simulate complicated EM phenomena,such as inhomogeneous medium,curve interface and boundary,complicated BCs,many new techniques need to be devel
Flows existing at moderate levels of rarefaction are difficult to simulate.Traditional continuum models are physically inaccurate and methods tailored for h
We focus on the following questions of random graph and complex networks.How to classify the structure of different random growing networks?How do the dynam
For a ROM to be stable and accurate,the dynamics of the truncated subspace must be accounted for.This talk proposes an approach for stabilizing and fine-tun