# Items where Author is "Deadman, Edvin"

**15**.

## Article

Deadman, Edvin and Relton, Samuel
(2016)
*Taylor's Theorem for Matrix Functions with Applications to Condition Number Estimation.*
Linear Algebra and its Applications, 504 (2015.2).
pp. 354-371.
ISSN 0024-3795

Deadman, Edvin and Higham, Nicholas J. and Ralha, Rui
(2013)
*Blocked Schur Algorithms for Computing the Matrix Square Root.*
Lecture Notes in Computer Science, 7782.
pp. 171-182.

## MIMS Preprint

Higham, Nicholas J. and Deadman, Edvin
(2016)
*A Catalogue of Software for Matrix Functions. Version 2.0.*
[MIMS Preprint]

Higham, Nicholas J. and Deadman, Edvin
(2016)
*A Catalogue of Software for Matrix Functions. Version 2.0.*
[MIMS Preprint]

Higham, Nicholas J. and Deadman, Edvin
(2016)
*A Catalogue of Software for Matrix Functions. Version 2.0.*
[MIMS Preprint]

Deadman, Edvin and Relton, Samuel
(2015)
*Taylor's Theorem for Matrix Functions with Applications to Condition Number Estimation.*
[MIMS Preprint]

Deadman, Edvin and Relton, Samuel
(2015)
*Taylor's Theorem for Matrix Functions with Applications to Condition Number Estimation.*
[MIMS Preprint]

Deadman, Edvin
(2014)
*Estimating the Condition Number of f(A)b.*
[MIMS Preprint]

Deadman, Edvin
(2014)
*Estimating the Condition Number of f(A)b.*
[MIMS Preprint]

Deadman, Edvin and Higham, Nicholas J.
(2014)
*Testing matrix function algorithms using identities.*
[MIMS Preprint]

Deadman, Edvin and Higham, Nicholas J.
(2014)
*Testing matrix function algorithms using identities.*
[MIMS Preprint]

Deadman, Edvin and Higham, Nicholas J.
(2014)
*Testing matrix function algorithms using identities.*
[MIMS Preprint]

Higham, Nicholas J. and Deadman, Edvin
(2014)
*A Catalogue of Software for Matrix Functions. Version 1.0.*
[MIMS Preprint]

Deadman, Edvin and Higham, Nicholas J. and Ralha, Rui
(2012)
*Blocked Schur Algorithms for Computing the Matrix Square Root.*
[MIMS Preprint]

Deadman, Edvin and Higham, Nicholas J. and Ralha, Rui
(2012)
*A Recursive Blocked Schur Algorithm for Computing the Matrix Square Root.*
[MIMS Preprint]