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The articles of this volume will be reviewed individually.
Indexed articles:
Ran, André C. M.; Rodman, Leiba, Rate of stability of Hermitian solutions of algebraic Riccati equations, 3-6 [Zbl 0816.15014]
Frommer, Andreas; Pohl, Bert, Comparison results for splittings based on overlapping blocks, 29-33 [Zbl 0819.65038]
Renaut, R. A.; Mittelmann, H. D.; He, Q., Parallel multisplittings: Overview and extensions, 34-38 [Zbl 0819.65099]
Szyld, Daniel B., Synchronous and asynchronous two-stage multisplitting methods, 39-44 [Zbl 0819.65039]
Teng, Shang-Hua, A geometric approach to parallel hierarchical and adaptive computing on unstructured meshes, 51-57 [Zbl 0820.65080]
Eisenstat, Stanley C.; Ipsen, Ilse C. F., Relative perturbation bounds for eigenspaces and singular vector subspaces, 62-66 [Zbl 0819.15015]
Gu, Ming, Block diagonalizing nonsymmetric matrices with least conditioned similarity transformations is NP-hard. (Extended abstract), 67-70 [Zbl 0819.65049]
Gardiner, Judith D., A stabilized matrix sign function algorithm for solving algebraic Riccati equations, 75-79 [Zbl 0819.65076]
Higham, Nicholas J.; Papadimitriou, Pythagoras, A new parallel algorithm for computing the singular value decomposition, 80-84 [Zbl 0817.65029]
Mathias, Roy, Condition estimation for the matrix sign function via the Schur decomposition, 85-89 [Zbl 0819.65075]
Calvetti, D.; Reichel, L.; Sgallari, F.; Spaletta, G., An iterative method for image reconstruction from projections, 92-96 [Zbl 0819.65064]
Henson, Van Emden; Limber, Mark A.; McCormick, Stephen F.; Robinson, Bruce T., Spotlight computed tomography with natural pixels, 97-101 [Zbl 0819.65135]
O’Leary, Dianne P., Regularization of ill-posed problems in image restoration, 102-105 [Zbl 0819.65065]
Alizadeh, Farid; Haeberly, Jean-Pierre A.; Overton, Michael L., A new primal-dual interior-point method for semidefinite programming, 113-117 [Zbl 0819.65098]
Coleman, Thomas F., Linearly constrained optimization and projected preconditioned conjugate gradients, 118-122 [Zbl 0819.65100]
Freitag, Lori A.; Jones, Mark T.; Plassmann, Paul E., Parallel algorithms for unstructured mesh computation, 123-127 [Zbl 0819.65131]
Ashcraft, Cleve; Liu, Joseph W. H., Generalized nested dissection: Some recent progress, 130-134 [Zbl 0819.65079]
Duff, I. S., A review of frontal methods for solving linear systems, 135-139 [Zbl 0819.65022]
Chin, P.; Vannelli, A., PCG techniques for VLSI layout optimization, 145-149 [Zbl 0830.68002]
Ji, J., Bidirectional search for parameters in a primal-dual interior-point algorithm for LP, 150-154 [Zbl 0830.65051]
Krivulin, Nikolai K., Using max-algebra linear models in the representation of queueing systems, 155-160 [Zbl 0813.60093]
Parlett, Beresford N.; Fernando, K. Vince, Singular vectors via differential qd, 161-165 [Zbl 0819.65050]
Bai, Zhaojun; Qian, Qingshan, Inverse free parallel method for the numerical solution of algebraic Riccati equations, 167-171 [Zbl 0820.65019]
Bell, S. J. G.; Nichols, N. K., Regularization of time-varying descriptor systems by the ASVD, 172-176 [Zbl 0813.93038]
Benner, Peter; Byers, Ralph, Step size control for Newton’s method applied to algebraic Riccati equations, 177-181 [Zbl 0819.65078]
Gardiner, Judith D., A posteriori error bounds for computed solutions to the algebraic Riccati equation, 182-185 [Zbl 0819.65077]
Hart, George W., The theory of dimensioned matrices, 186-190 [Zbl 0818.15021]
Inaba, Hiroshi; Wang, Weiben, State feedback realization of precompensators for linear systems over rings, 191-195 [Zbl 0813.93024]
Littleboy, Darren M.; Nichols, N. K., Using eigenstructure assignment for modal decoupling in aircraft problems, 196-200 [Zbl 0817.76062]
Sinha, A. S. C., Large-scale control systems with indeterminancy, 201-205 [Zbl 0819.93005]
Wang, X.; Ravi, M. S.; Rosenthal, J., Recent applications of algebraic geometry in linear system theory, 206-210 [Zbl 0816.93021]
Zampieri, Sandro, Autonomous linear systems over Noetherian rings: A behavioural approach, 211-215 [Zbl 0818.93013]
Braileanu, Grigore, Least squares digital filter design through the composition of filtering and interpolation matrix operators, 217-221 [Zbl 0817.94001]
Zeng, Guoliang; Phung, Nghi Trong, An application of a matrix method to the minimization of 2-D digital filters, 222-226 [Zbl 0842.93044]
Ashby, S. F.; Falgout, R. D.; Fogwell, T. W.; Tompson, A. F. B., Numerical simulation of groundwater flow on MPPs, 228-232 [Zbl 0817.76037]
Edelman, Alan; Arias, Tomás A.; Smith, Steven T., Curvature in conjugate gradient eigenvalue computation with application to materials and chemistry calculations, 233-238 [Zbl 0821.65015]
Eisinberg, Alfredo; Pugliese, Paolo, Exact inversion of a class of Vandermonde matrices, 239-243 [Zbl 0815.15003]
Shmoish, Michael, Structured matrices and nonlinear lattice equations, 244-248 [Zbl 0819.65105]
Fierro, R. D.; Golub, G. H.; Hansen, P. C.; O’Leary, D. P., Regularization by truncated total least squares, 250-254 [Zbl 0819.65066]
Olszanskyj, Serge J.; Bojanczyk, Adam W., Compact Givens representation of the orthogonal factor in recursive least squares, 255-259 [Zbl 0819.65067]
Bojanczyk, Adam W.; Lebak, James M., Downdating a ULLV decomposition of two matrices, 261-265 [Zbl 0819.65051]
Hwang, Tsung-Min; Lin, Wen-Wei; Pierce, Daniel, Measurable insight for nonoptimal column selection, 266-268 [Zbl 0819.65024]
Stewart, Michael; Van Dooren, Paul, A QURV updating scheme, 269-273 [Zbl 0819.65074]
Van der Veen, Alle-Jan, Efficient algorithm for minimal-rank matrix approximations, 274-278 [Zbl 0819.65073]
Winkler, Joab R., The sensitivity of linear algebraic equations, 279-283 [Zbl 0815.15004]
Cámara, María T.; Giménez, Domingo, On the semiclassical Jacobi algorithm, 285-289 [Zbl 0819.65052]
Chen, Xuzhou; Hartwig, Robert E., On simultaneous iteration for computing the Schur vectors of matrices, 290-294 [Zbl 0819.65053]
Hemkumar, Nariankadu D.; Cavallaro, Joseph R., Jacobi-like matrix factorizations with CORDIC-based inexact diagonalizations, 295-299 [Zbl 0819.65054]
Pan, Victor Y.; Linzer, Elliot, New algorithms for symmetric tridiagonal eigenvalue computation, 300-301 [Zbl 0819.65055]
Watkins, David S., Transmission of shifts in the multishift \(QR\) algorithm, 302-305 [Zbl 0821.65016]
Bai, Zhaojun, A spectral transformation block Lanczos algorithm for solving sparse non- Hermitian eigenproblems, 307-311 [Zbl 0819.65056]
Berry, Michael W.; Auerbach, Robin L., A block Lanczos SVD method with partial and selective reorthogonalization, 312-315 [Zbl 0819.65057]
Berry, Michael W.; Varadhan, Sowmini, Using a transpose-free Arnoldi iteration to compute extremal singular values and vectors, 316-320 [Zbl 0819.65058]
Bischof, Christian; Sun, Xiaobai; Tsao, Anna; Turnbull, Thomas, A study of the invariant subspace decomposition algorithm for banded symmetric matrices, 321-325 [Zbl 0821.65017]
Edelman, Alan; Murakami, H., Polynomial roots from companion matrix eigenvalues, 326-330 [Zbl 0819.65086]
Saied, Faisal; Sarin, Vivek, The spectral Lanczos method applied to the time-independent Schrödinger equation, 331-335 [Zbl 0819.65114]
Semlyen, Adam; Angelidis, George, Invariant subspace identification by Newton’s method applied to the small signal stability analysis of power systems, 336-340 [Zbl 0819.65059]
Edelman, Alan, Scalable dense Numerical Linear Algebra in 1994: The multicomputer influence, 344-348 [Zbl 0819.65014]
Hashish, Hany; Fausett, Donald W., Parallel RRQR method for large least squares problems involving Kronecker products, 349-353 [Zbl 0819.65068]
Pan, Victor Y., Improved parallel computations in linear algebra over abstract fields (general and structured matrix cases), 354-357 [Zbl 0819.65015]
Pan, Victor Y.; Preparata, Franco P., Work-optimal parallelization of some matrix computations, 358-360 [Zbl 0817.65023]
Smith, Christopher; Hendrickson, Bruce; Jessup, Elizabeth, A parallel algorithm for Householder tridiagonalization, 361-365 [Zbl 0819.65060]
Wang, Dianqin; Chu, Eleanor, A new parallel triangular solver for distributed-memory multiprocessors, 366-370 [Zbl 0819.65025]
Axelsson, Owe; Neytcheva, Maya, Parallel implementations for the algebraic multilevel iteration method, 372-376 [Zbl 0819.65040]
Conroy, John M.; Kratzer, Steven G.; Lucas, Robert F., Data-parallel sparse matrix factorization, 377-381 [Zbl 0819.65026]
Guo, Xian Z.; Myers, Kent W., A parallel solver for the \(hp\)-version of finite element methods, 382-386 [Zbl 0815.73054]
Hadfield, Steven M.; Davis, Timothy A., Potential and achievable parallelism in the unsymmetric-pattern multifrontal LU factorization method for sparse matrices, 387-391 [Zbl 0820.65013]
Jiang, Eric Peiqing, Solving the tridiagonal Toeplitz systems on parallel computers, 392-396 [Zbl 0819.65021]
Koster, Jacko; Bisseling, Rob H., An improved algorithm for parallel sparse LU decomposition on a distributed-memory multiprocessor, 397-401 [Zbl 0819.65027]
Lo, Gen-Ching; Webster, Frank, Projective block Lanczos algorithm and its parallel implementation, 402-406 [Zbl 0819.65061]
Pan, Victor Y.; Sobze, Isdor; Atinkpahoun, Antoine, Some alternatives to block cyclic reduction, 407-411 [Zbl 0819.65028]
Davis, Timothy A., A combined unifrontal/multifrontal method for unsymmetric sparse matrices, 413-417 [Zbl 0819.65029]
Pothen, Alex; Rothberg, Edward; Simon, Horst; Wang, Lie, Parallel sparse Cholesky factorization with spectral nested dissection ordering, 418-422 [Zbl 0819.65030]
Yang, Chao W., A sparse solver with multifrontal method for general sparse linear systems on the Cray C90, 423-427 [Zbl 0819.65031]
Abbasian, Reza O.; Carey, Graham F., MPE-iterative methods for solving reaction-diffusion problems, 429-433 [Zbl 0819.65089]
Bru, Rafael; Migallón, Violeta; Penadés, José, Chaotic inner-outer iterative schemes, 434-438 [Zbl 0819.65041]
Neylon, K. J.; Baines, M. J.; Nichols, N. K., Bi-CGSTAB for advection dominated problems, 439-443 [Zbl 0819.65042]
Faßbender, Heike, On numerical methods for discrete least-squares approximation by trigonometric polynomials, 445-449 [Zbl 0819.65069]
Gallivan, Kyle; Thirumalai, Srikanth; Van Dooren, Paul, A look-ahead Schur algorithm, 450-454 [Zbl 0819.65032]
Huckle, Thomas, A look-ahead algorithm for solving nonsymmetric linear Toeplitz equations, 455-459 [Zbl 0819.65033]
Heinig, Georg, Inversion of Toeplitz-like matrices via generalized Cauchy matrices and rational interpolation, 460-464 [Zbl 0819.65034]
Kaufman, Linda, Solving some structured linear least-squares problems, 465-469 [Zbl 0819.65070]
Lu, Kai Sheng, On the minors of the matrix \(M=Z+T\) over \(F_ z\), 470-474 [Zbl 0817.93010]
Ramage, Alison, Iterative solution of a structured matrix problem in dynamical systems, 475-479 [Zbl 0819.65106]
Mathias, Roy, The stability of parallel prefix matrix multiplication - with applications to tridiagonal matrices, 481-485 [Zbl 0817.65030]
Bapat, R. B.; Jain, Surender Kumar, Roots of symmetric idempotent Boolean matrices, 489-492 [Zbl 0815.15011]
Cantó, Rafael; Climent, Joan-Josep, On nonnegative generalized eigenvectors of nonnegative matrices, 493-497 [Zbl 0821.15016]
DeAlba, Luz M., Some inertia results for the Stein equation, 498-502 [Zbl 0816.15015]
Edelman, Alan; Kostlan, Eric, The road from Kac’s matrix to Kac’s random polynomials, 503-507 [Zbl 0817.15014]
Lee, Steven L., Bounds for eigenvalues and departure from normality, with applications, 509-511 [Zbl 0818.15012]
García-Palomares, Ubaldo M., Conditioned projected aggregation methods for solving a large mixed system of (in)equalities, 513-517 [Zbl 0819.65043]
Gibson, Peter M., On pfaffian graphs with the maximum number of edges, 518-522 [Zbl 0818.05045]
Gregory, David; Vander Meulen, Kevin; Shader, Bryan L., Skew-rank decomposability, 523-526 [Zbl 0819.65071]
Arsham, H., Gauss-Jordan matrix inversion is not optimal: A symbolic adaptation, 528-532 [Zbl 0819.65035]
Godard, R., Theory of approximations, linear algebra and statistics at the undergraduate level, 533-537 [Zbl 0819.65002]
Stuart, Jeffrey L., Using MATLAB to encourage formation of conjectures by students, 538-542 [Zbl 0818.15001]
Chan, T. F.; Mathew, T. P.; Ong, M. E. G., Wavelet preconditioners, 544-548 [Zbl 0819.65083]
Simoncini, V., Towards a robust short-term recurrence algorithm for multiple systems, 549-553 [Zbl 0819.65080]
Simoncini, V.; Gallopoulos, E., Block iterative methods and matrix equations, 554-555 [Zbl 0819.65044]
Harrar, David L. II, Analytically and implementationally optimal 2-color SSOR preconditioning on vector and parallel supercomputers, 556-561 [Zbl 0819.65084]
Chan, Tony F.; Szeto, W. K., A sign cut version of the recursive spectral bisection graph partitioning algorithm, 562-566 [Zbl 0830.68097]
Duff, I. S.; Scott, J. A., The use of multiple fronts in Gaussian elimination, 567-571 [Zbl 0819.65023]