107 results on '"Wu, Yu Mao"'
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2. A Unified Hamiltonian Solution to Maxwell-Schrodinger Equations for Modeling Electromagnetic Field-Particle Interaction
3. An Efficient Scattering Center Extraction Method Based on Stationary Phase Method with Quadratic Patch Model
4. Low-Rank and Norm Regularization Method for Imaging from Coated Scatterers
5. Fast Physical Optics Method Based on Adaptive Mesh Technique
6. Numerical Modeling in Antenna Engineering
7. A unified Hamiltonian solution to Maxwell–Schrödinger equations for modeling electromagnetic field–particle interaction
8. Frequency-independent approach to calculate physical optics radiations with the quadratic concave phase variations
9. Stabilization of FAPbI 3 with multifunctional alkali‐functionalized polymer
10. The Fast Physical Optics Method With the Linear Amplitude and Quadratic Phase Terms
11. An Efficient Scattering Center Extraction Method Based on Stationary Phase Method With Quadratic Patch Models
12. The fast methods of high-frequency wave scattering in complex media and structures.
13. Analysis of the Electrically Large Target in Isotropic Medium by the Physical Optics Method with Adaptive Mesh Technique
14. SAR Image Simulation Algorithm for Tree Model Based on SBR
15. Stabilization of FAPbI3 with Multifunctional Alkali‐Functionalized Polymer.
16. Computing highly oscillatory physical optics integral on the polygonal domain by an efficient numerical steepest descent path method
17. The Efficient Norm Regularization Method Applying on the ISAR Image With Sparse Data
18. Recognition of 3D Target ISAR Images Based on Lightweight Network
19. 3D Scattering Center Extraction Based on ESPRIT Algorithm
20. Field-circuit simulation based on parallel FDTD-SPICE method
21. Study on Extraction of Capacitance Parameters of Three Dimensional Interconnect Structures Based on Finite Element Method
22. The Efficient Method for Calculating the Physical Optics Scattered Fields from the Concave Surfaces
23. Skeletonization Improved Calculation of Electric Fields by the Impedance Matrix of MoM
24. An Efficient Method for Estimating the Electromagnetic Wave Propagation in Three Dimensional Optical Waveguide Structures
25. The New Operator Marching Method on Calculating the Electromagnetic Scattered Fields from the Periodic Structures
26. Multilevel Second-Order Physical Optics Method for Calculating the High-Frequency Scattered Fields
27. The Fast Physical Optics Method on Calculating the Scattered Fields From Electrically Large Scatterers
28. The Two-Dimensional Numerical Steepest Descent Path Method for Calculating the Physical Optics Scattered Fields From Different Quadratic Patches
29. THE MULTILEVEL FAST PHYSICAL OPTICS METHOD FOR CALCULATING HIGH FREQUENCY SCATTERED FIELDS
30. Efficient and Accurate Electromagnetic Angular Sweeping of Rough Surfaces by MPI Parallel Randomized Low-Rank Decomposition
31. The Efficient High Frequency Methods on Electromagnetics Scattering
32. $L_{\frac{1}{2}}$ Regularization and Reweighted $L_{\frac{1}{2}}$ Regularization on ISAR Image Construction
33. The Study of ISAR Image Reconstruction based on $L_{\frac{1}{2}}$ norm regularization
34. Multi-physics and Multi-scale Electromagnetic Modeling and High Performance Algorithms
35. The Efficient Multilevel Fast Physical Optics Method
36. The Fast High Frequency Method for Calculating Scattered Fields from the Electrically Large Scatterers
37. An Efficient Method on ISAR Image Reconstruction via Norm Regularization
38. The Efficient High Frequency Solver for Calculating the Scattered Fields from the Electrically Large Scatterers
39. The Combination of GPU and CPU Techniques to Fast Calculate High Frequency Scattered Fields from 3-D Realistic Scatterers
40. A Fast Solver to Calculate the Creeping Wave Fields From the NURBS Scatterers
41. Research on Hybrid Algorithm for Electromagnetic Scattering of Complex Targets
42. The Fast Solver for Calculating the High Frequency Scattered Fields from the NURBS Scatterers
43. The Fast Solver for Calculating the Scattered Fields From the Multiscale Scatterers
44. AN EFFICIENT NUMERICAL TECHNIQUE TO CALCULATE THE HIGH FREQUENCY DIFFRACTED FIELDS FROM THE CONVEX SCATTERERS WITH THE FOCK-TYPE INTEGRALS
45. AN EFFICIENT NUMERICAL CONTOUR DEFORMATION METHOD FOR CALCULATING ELECTROMAGNETIC SCATTERED FIELDS FROM 3-D CONVEX SCATTERERS
46. An efficient numerical technique to calculate the electromagnetic scattering from the convex scatters
47. An efficient numerical steepest descent path method to calculate the physical optics scattered fields with concave phase variations
48. The fast algorithm to calculate the physical optics scattered fields with concave phase variations
49. A Frequency-Independent Method for Computing the Physical Optics-Based Electromagnetic Fields Scattered From a Hyperbolic Surface
50. THE MODERN HIGH FREQUENCY METHODS FOR SOLVING ELECTROMAGNETIC SCATTERING PROBLEMS (Invited Paper)
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