Summary:
- Review of MoM fundamentals. G.Vecchi;
- Surface Integral Equation formulation
- MoM as weighted residuals
- div-conforming bases, low order (RWG and rooftop); implementation details
- Source modeling basics (voltage gap)
- Extension to stratified media
- Review of existing convergence results
- Roadmap to advanced topics
- Higher order basis function methods. R.Graglia, R. Mittra, G. Vecchi, S.Maci
- Higher-order polynomial functions
- Aggregate functions: strategy, implementations
- High-density mesh problems. G.Vecchi
- "Low-frequency" issues and their relevance in antenna modeling
- Mesh-related issues: loop-based decompositions (and limitations)
- Source modeling: variational source modelling
- Fast methods. A. Freni
- Overview of fast methods
- Fast multipole method (FMM)
- Conjugate Gradient FFT (CG-FFT)
- Adaptive integral method (AIM)
- Multi-resolution methods. R. Loison, G. Vecchi
- Introduction to multiresolution analysis
- Multiresolution and MoM for the fast computation of printed antennas
- MR-MoM for 3D structures
Attendees
willing to participate actively in practical sessions are asked to come
equipped with a laptop; a WiFi connection card is preferred
Please notify us (email) before Sept. 5 if you plan to bring a laptop, and whether you have a WiFi card
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