Solving Scattering From Multiple Bodies of Revolution by Modal Characteristic Basis Function Method With Sparse Matrix Technique PROJECT TITLE :Solving Scattering From Multiple Bodies of Revolution by Modal Characteristic Basis Function Method With Sparse Matrix TechniqueABSTRACT:Modal Characteristic Basis Operate methodology for bodies of revolution (BoR-CBFM) could be a fast solver for scattering from multiple BoRs. By using of BoR-CBFM, the modal characteristic basis functions (MCBFs) are constructed, and the dimensions of impedance matrix is greatly reduced. However, the matrix filling, especially the filling of mutual-interaction matrix, remains a huge burden for numerical computation. To more enhance the potency of BoR-CBFM and reduce the cost of matrix filling, we present a sparse technique for BoR-CBFM. Through this method, those weak parts in mutual-interaction matrix that contribute little to the linear system are neglected, and a sparse impedance matrix is achieved. Hence, this technique results in a discount on the price of matrix filling. Numerical results are presented to prove the potency of this method. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest A Robust System for Longitudinal Knee Joint Edema and Blood Flow Assessment Based on Vector Bioimpedance Measurements Robust space-time adaptive processing for nonhomogeneous clutter in the presence of model errors
