Add to ORKGNote: before using this routine, please read the Users ’ Note for your implementation to check the interpretation of bold italicised terms and other implementation-dependent details. 1 Purpose F04CDF computes the solution to a complex system of linear equations AX B, where A is an n by n Hermitian positive-definite matrix and X and B are n by r matrices. An estimate of the condition number of A and an error bound for the computed solution are also returned
summary:This article presents a simple method for bounding a solution of a system of linear equation...
AbstractConsider the nonlinear matrix equation X−A*X−2A=I, where A is an n×n complex matrix, I the i...
Let P be a given Hermitian matrix satisfying P2=I. Using the eigenvalue decomposition of P, we consi...
Note: before using this routine, please read the Users ’ Note for your implementation to check the i...
Note: before using this routine, please read the Users ’ Note for your implementation to check the i...
nag_zporfs (f07fvc) returns error bounds for the solution of a complex Hermitian positive-definite s...
nag_real_tridiag_lin_solve (f04bcc) nag_real_tridiag_lin_solve (f04bcc) computes the solution to a r...
nag_zpbrfs (f07hvc) returns error bounds for the solution of a complex Hermitian positive-definite b...
In this paper, an iterative method is constructed to solve the following constrained linear matrix e...
nag_zpocon (f07fuc) nag_zpocon (f07fuc) estimates the condition number of a complex Hermitian positi...
We explore the condition numbers of the nonlinear matrix equation Xp-A⁎eXA=I. Explicit expressions f...
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...
nag_zsprfs (f07qvc) nag_zsprfs (f07qvc) returns error bounds for the solution of a complex symmetric...
AbstractA partial matrix is a rectangular array consisting of specified entries, which are fixed ele...
Consider the nonlinear matrix equation X-A*X(-2)A = I, where A is an n x n complex matrix, I the ide...
summary:This article presents a simple method for bounding a solution of a system of linear equation...
AbstractConsider the nonlinear matrix equation X−A*X−2A=I, where A is an n×n complex matrix, I the i...
Let P be a given Hermitian matrix satisfying P2=I. Using the eigenvalue decomposition of P, we consi...
Note: before using this routine, please read the Users ’ Note for your implementation to check the i...
Note: before using this routine, please read the Users ’ Note for your implementation to check the i...
nag_zporfs (f07fvc) returns error bounds for the solution of a complex Hermitian positive-definite s...
nag_real_tridiag_lin_solve (f04bcc) nag_real_tridiag_lin_solve (f04bcc) computes the solution to a r...
nag_zpbrfs (f07hvc) returns error bounds for the solution of a complex Hermitian positive-definite b...
In this paper, an iterative method is constructed to solve the following constrained linear matrix e...
nag_zpocon (f07fuc) nag_zpocon (f07fuc) estimates the condition number of a complex Hermitian positi...
We explore the condition numbers of the nonlinear matrix equation Xp-A⁎eXA=I. Explicit expressions f...
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...
nag_zsprfs (f07qvc) nag_zsprfs (f07qvc) returns error bounds for the solution of a complex symmetric...
AbstractA partial matrix is a rectangular array consisting of specified entries, which are fixed ele...
Consider the nonlinear matrix equation X-A*X(-2)A = I, where A is an n x n complex matrix, I the ide...
summary:This article presents a simple method for bounding a solution of a system of linear equation...
AbstractConsider the nonlinear matrix equation X−A*X−2A=I, where A is an n×n complex matrix, I the i...
Let P be a given Hermitian matrix satisfying P2=I. Using the eigenvalue decomposition of P, we consi...