This paper presents a general theory of maximally orthogonalized div-and curl-conforming
higher order basis functions (HOBFs) over generalized wires, quadrilaterals, and …

A set of hierarchical divergence-conforming vector basis functions based on curved
triangular patches is presented for method of moment (MoM) solutions of surface integral …

This paper introduces the nonuniform rational B-spline (NURBS) surfaces to improve the
geometric modeling of the higher order method of moments (MoM). The electric field integral …

A method of the multilevel fast multipole algorithm (MLFMA) with the higher order
hierarchical vector basis functions is introduced to solve the wideband electromagnetic …

The higher order vector basis functions defined in large patches have been utilized in the
numerical solution of integral equations in this paper to sparsify the impedance matrix and …

The adaptive integral method (AIM) is combined with the higher order method of moments
(MoM) to solve integral equations. The technique takes advantage of the low computational …

Method of moments applied to surface integral equations combined with higher-order basis
functions enables full-wave analysis in frequency domain of complex and relatively large …

Basic theory of matrix equilibration is presented, relating it to other techniques for
decreasing the condition number of matrix equations obtained by the method of moments …

Recently, a novel high-order finite-element space for wires, quadrilaterals, and hexahedrons
was presented [M. Kostic and B. Kolundzija,“Maximally Orthogonalized Higher Order Bases …

将高阶叠层矢量基函数及最大正交高阶矢量基函数应用于电磁场积分方程方法,
提出将阻抗矩阵按稀疏阵处理的方法. 通过文中的处理, 使得存储阻抗矩阵的内存需求量和求解 …