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ITERATIVE SCHEMES BASED
ITERATIVE METHODS FOR SOLVING
DERIVATION APPLICATION AND CON
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acoustic adjoint Antennas Propagat applied approximate autocorrelation behavior boundary condition CG algorithm CGFFT coefficients components computation conjugate gradient algorithm conjugate gradient method conjugate-gradient method convolution corresponding cylinder defined denotes derived dielectric discrete Fourier transform discretization domain eigenvalues eigenvectors electric electromagnetic scattering evaluated example expansion functions factor Figure finite difference formulation Fourier transform frequency Gaussian elimination given Green's function Hessian homogeneous IEEE IEEE Trans incident field inner product integral equation inverse iteration step iterative methods linear magnetic marching-on-in-time method matrix equation method of moments minimization minimum Mittra Normalized number of iterations numerical results objective function observed obtained operator equation optimal orthogonality parameters perfectly conducting planar plane plate procedure relaxation method residual resonant respect samples Sarkar scattering problems search direction selfadjoint shown in Fig signal solving space-time steepest descent Subsection surface symmetric Table techniques time-domain tion transient scattering vector wave waveguide wavelength zero