A NOVEL INTEGRAL EQUATION BASED DOMAIN DECOMPOSITION METHOD WITH THE FULL BAND PHYSICAL MODEL AND FULL BAND NUMERICAL ENGINE
Dr Jiang, Lijun (Principal investigator)
Computational Electromagnetics, Integral Equation, Domain Decomposition, Fast Multipole Algorithm, Equivalence Principle
Communication,Others - Computing Science and Information Technology
RGC General Research Fund (GRF)
HKU Project Code
General Research Fund (GRF)
1) Develop a novel complete domain decomposition method that has a full band physical model and a full band numerical acceleration engine; 2) Develop a new integral equation based DDM algorithm for distributive platforms in the future. It shall dynamically adapt to the low frequency circuit physics and high frequency wave physics; 3) Develop a novel loop-tree free augmented equivalence principle algorithm to serve as the low frequency IE DDM; 4) Develop a new rotated mixed-from fast multipole algorithm that has no error control bottleneck to serve as the full band numerical acceleration engine; 5) Benchmark to testify the validity of the developed novel methodology for the full band realistic complex electromagnetic analysis.