conjugate gradient methods; eigenvalues and eigenfunctions; graph theory; low-pass filters; matrix algebra; signal denoising; spectral analysis; LOBPCG method; accelerated graph-based spectral polynomial filters; bilateral filters; block locally optimal preconditioned conjugate gradient method; eigendecomposition; eigenvalue solvers; flexible Krylov subspace; graph Laplacian matrix; graph-based spectral denoising; guided filters; linear solvers; low-pass filtering; noisy signal; polynomial filtering; Acceleration; Eigenvalues and eigenfunctions; Laplace equations; Noise measurement; Polynomials; Symmetric matrices; Transforms; Image denoising; Krylov subspace method; graph Laplacian; spectral polynomial filter;
机译:通过频谱聚类和多项式滤波器加速共识
机译:基于图的加速非线性降噪滤波器
机译:基于图的滤波方法,用于自上而下的质谱识别
机译:基于图的加速频谱多项式滤波器
机译:使用三维光谱/空间Gabor滤波器进行高光谱区域分类
机译:基于图的自顶向下质谱识别方法
机译:基于加速图的谱多项式滤波器