J P Abbott, University of Nottingham |
(Chapters F03 and F04) |
D Amos, Sandia National Laboratories, Albuquerque |
(Chapter S) |
E Anderson, University of Tennessee and Cray Research |
(Chapters F07 and F08) |
G T Anthony, National Physical Laboratory |
(Chapters E01 and E02) |
Z Bai, New York University, University of Tennessee and University of Kentucky |
(Chapters F07 and F08) |
A Bain, BNP Paribas |
(Chapter S) |
H M Barber, National Physical Laboratory |
(Chapter E04) |
I Barrodale, University of Victoria |
(Chapter E02) |
D A Barry, University of Western Australia |
(Chapter C05) |
S J Barry, Griffith University |
(Chapter C05) |
R H Bartels, Johns Hopkins University |
(Chapter E02) |
W Barth, Technische Hochschule Darmstadt |
(Chapter F02) |
M Berzins, University of Leeds |
(Chapters D02 and D03) |
G P Bhattacharjee, Indian Institute of Technology, Kharagpur |
(Chapter G01) |
C Bischof, Argonne National Laboratory |
(Chapters F07 and F08) |
R Borsdorf, University of Manchester |
(Chapter G02) |
J M Boyle, Argonne National Laboratory |
(Chapter F02) |
R W Brankin, University of Manchester |
(Chapter D02) |
R Bulirsch, Technische Hochschule, München |
(Chapter S) |
J C P Bus, CWI, Amsterdam |
(Chapter C05) |
P A Businger, Bell Telephone Laboratories |
(Chapters F01 and F04) |
F Cannizzo, author of Fast and Vectorizable Alternative to Binary Search in Applicable to a Wide Domain of Sorted Arrays of Floating Point Numbers |
(Chapter M01) |
B C Carlson, Iowa State University |
(Chapter S) |
R E Carlson, Lawrence Livermore National Laboratory |
(Chapter E01) |
A R Conn, University of Waterloo |
(Chapter E02) |
A Cook, Middlesex University |
(Chapter G03) |
M G Cox, National Physical Laboratory |
(Chapters E01, E02, F01 and F04) |
P J Culligan–Hensley, University of Western Australia |
(Chapter C05) |
B Curtis, National Physical Laboratory |
(Chapter E02) |
P Curtis, National Physical Laboratory |
(Chapters E01 and E02) |
C Daly, Lancaster University |
(Chapter G13) |
T J Dekker, University of Amsterdam |
(Chapter C05) |
L M Delves, University of Liverpool |
(Chapter D01) |
J W Demmel, New York University and University of California, Berkeley |
(Chapters F07 and F08) |
P M Dew, University of Leeds |
(Chapter D03) |
R Dias Da Cunha, University of Rio Grande do Sul |
(Chapter F11) |
P Dierckx, University of Leuven |
(Chapter E02) |
D R Divgi, Syracuse University |
(Chapter G01) |
D S Dodson, Convex Computer Corporation |
(Chapter F06) |
E de Doncker–Kapenga, University of Leuven and Western Michigan University |
(Chapter D01) |
J J Dongarra, Argonne National Laboratory, University of Tennessee and Oak Ridge National Laboratory |
(Chapters F02, F06, F07 and F08) |
J R Dormand, Teeside Polytechnic |
(Chapter D02) |
M Drew, University of Birmingham |
(Chapter H) |
I S Duff, AERE Harwell |
(Chapters F01, F04 and F06) |
B Ford, University of Nottingham |
(Chapters E01, F01 and F02) |
R Franke, Naval Postgraduate School |
(Chapter E01) |
F N Fritsch, Lawrence Livermore National Laboratory |
(Chapter E01) |
D Fritzshe, Bergische University of Wuppertal |
(Chapter F11) |
R M Furzeland, Shell Research Ltd |
(Chapter D02) |
B S Garbow, Argonne National Laboratory |
(Chapters C05, C06 and F02) |
W Gautschi, Purdue University |
(Chapter S) |
A C Genz, University of Kent and Washington State University |
(Chapter D01) |
M Giles, University of Oxford |
(Chapter G01) |
P E Gill, National Physical Laboratory, Stanford University and University of California at San Diego |
(Chapter E04) |
G Giunta, Argonne National Laboratory |
(Chapter C06) |
I Gladwell, University of Manchester and Southern Methodist University |
(Chapters C05, D02, E01, E02, F01 and F04) |
G H Golub, Stanford University |
(Chapters F01 and F04) |
P Gonnet, ETH Zürich and University of Oxford |
(Chapter D01) |
N I M Gould, National Physical Laboratory |
(Chapter E04) |
S R Graham, National Physical Laboratory |
(Chapter E04) |
P R Graves–Morris, University of Kent |
(Chapters E01 and E02) |
A Greenbaum, New York University |
(Chapters F07 and F08) |
P Griffiths, University of Oxford |
(Chapter G02) |
R G Grimes, Boeing Computer Services |
(Chapter F06) |
K Halstead, University of Warwick |
(Chapter G01) |
S J Hammarling, Middlesex Polytechnic and National Physical Laboratory |
(Chapters E04, F01, F02 and F04) |
D C Handscomb, University of Oxford |
(Chapter G05) |
R J Hanson, Sandia National Laboratories, Albuquerque |
(Chapter F06) |
J A Hartigan, Yale University |
(Chapter G03) |
R W Hatfield, University of Nottingham |
(Chapter E01) |
R I Hay, University of Manchester |
(Chapters F01 and F04) |
J G Hayes, National Physical Laboratory |
(Chapters E01 and E02) |
L Hayes, University of Oxford |
(Chapters F01, F02, F03, F04 and F05) |
F Hickernell, Illinois Institute of Technology |
(Chapter G05) |
N J Higham, University of Manchester |
(Chapters F04, F07 and G02) |
I D Hill, Medical Research Council |
(Chapter G01) |
K E Hillstrom, Argonne National Laboratory |
(Chapter C05) |
B T Hinde, National Physical Laboratory |
(Chapter E04) |
A C Hindmarsh, Lawrence Livermore National Laboratory |
(Chapter D02) |
D C Hoaglin, Harvard University |
(Chapters G01 and G10) |
S M Hodson, National Physical Laboratory |
(Chapters D02 and E04) |
H S Hong, Hong Kong Baptist University |
(Chapter G05) |
T R Hopkins, University of Kent |
(Chapters E01 and F11) |
M Hurley, Lancaster University |
(Chapter G13) |
M F Hutchinson, CSIRO, Canberra |
(Chapter G10) |
W Huyer, University of Vienna |
(Chapter E05) |
A N Jack, University of Nottingham |
(Chapter E02) |
D A H Jacobs, Central Electricity Research Laboratory |
(Chapter D03) |
S Joe, University of Waikato |
(Chapter G05) |
D K Kahaner, National Bureau of Standards |
(Chapter D01) |
M S Keech, University of Birmingham |
(Chapter S) |
M Kennedy, Queen's University, Belfast and Open University |
(Chapter D01) |
P D Kenward, National Physical Laboratory |
(Chapters F01 and F02) |
R Killick, Lancaster University |
(Chapter G13) |
D R Kincaid, University of Texas, Austin |
(Chapter F06) |
L Knüsel, University of Munich |
(Chapter G01) |
M Kočvara, University of Birmingham |
(Chapter E04) |
F T Krogh, Jet Propulsion Laboratory |
(Chapter F06) |
F Kuo, University of New South Wales |
(Chapter G05) |
C Laird, Purdue University |
(Chapter E04) |
C L Lawson, Jet Propulsion Laboratory |
(Chapter F06) |
M Lentini, California Institute of Technology |
(Chapter D02) |
S A Lill, University of Liverpool |
(Chapter E04) |
G R Lindfield, Massey University |
(Chapter C05) |
J Lloyd–Jones, University of Manchester |
(Chapter G08) |
E M R Long, National Physical Laboratory |
(Chapter E04) |
J N Lyness, Argonne National Laboratory |
(Chapters C06, D01 and D04) |
N M Maclaren, University of Cambridge |
(Chapters G01, G05 and M01) |
J R Magnus, London School of Economics and Center for Economic Research, Tilburg |
(Chapter G01) |
K L Majumder, Space Applications Centre, Ahmedabad |
(Chapter G01) |
A Marazzi, University of Lausanne |
(Chapters G02 and G07) |
R S Martin, National Physical Laboratory |
(Chapters F01, F02, F03 and F04) |
A McKenney, New York University |
(Chapters F07 and F08) |
G F Miller, National Physical Laboratory |
(Chapters D01 and D05) |
C B Moler, University of New Mexico |
(Chapter F02) |
J J Moré, Argonne National Laboratory |
(Chapter C05) |
C Mower, University of Manchester |
(Chapter G02) |
B Muite, University of Michigan |
(Chapter D02) |
N Munksgaard, AERE Harwell |
(Chapters F01 and F04) |
A Murli, University of Naples |
(Chapter C06) |
W Murray, National Physical Laboratory and Stanford University |
(Chapter E04) |
A Neumaier, University of Vienna |
(Chapter E05) |
N Neumann, University of Göttingen |
(Chapter G08) |
P Nicholson, University of Leeds |
(Chapter G08) |
P J Nikolai, US Air Force Flight Dynamics Laboratory |
(Chapter F02) |
E M Notis, Iowa State University |
(Chapter S) |
M R O'Donohoe, University of Cambridge |
(Chapters C06 and D01) |
S Ostrouchov, University of Tennessee |
(Chapters F07 and F08) |
C C Paige, McGill University |
(Chapter F04) |
J M Parkinson, University of Leeds |
(Chapter E04) |
B N Parlett, University of California, Berkeley |
(Chapter F01) |
T N L Patterson, Queen's University of Belfast |
(Chapter D01) |
A Paver, Middlesex University |
(Chapter G01) |
J Pearson, University of Oxford |
(Chapter S) |
S V Pennington, University of Leeds |
(Chapter D03) |
V Pereyra, University of Caracas |
(Chapter D02) |
B Pesaran, Bank of England |
(Chapter G01) |
G Peters, National Physical Laboratory |
(Chapters F01, F02, F03 and F04) |
A N Pettit, Loughborough University |
(Chapters G01 and G08) |
L Petzold, Lawrence Livermore National Laboratory |
(Chapter D02) |
C Phillips, University of Liverpool |
(Chapter E02) |
W Phillips, University of Oxford |
(Chapters F01, F02, F03, F04 and F05) |
R Piessens, University of Leuven |
(Chapter D01) |
R A Pitfield, National Physical Laboratory |
(Chapter D03) |
M J D Powell, University of Cambridge |
(Chapter E04) |
P J Prince, Teeside Polytechnic |
(Chapter D02) |
J D Pryce, University of Bristol |
(Chapter D02) |
G Radicati, IBM ECSEC, Rome |
(Chapter F07) |
M Razzaz, University of Birmingham |
(Chapter S) |
J K Reid, AERE Harwell |
(Chapters D03, F01 and F04) |
C Reinsch, Technische Hochschule, München |
(Chapters F01 and F02) |
R J Renka, Oak Ridge National Laboratory |
(Chapter E01) |
D G Rhead, University of Nottingham |
(Chapter E04) |
A Riley, University of Nottingham |
(Chapter G04) |
F D K Roberts, University of Victoria |
(Chapter E02) |
L Roberts, University of Oxford |
(Chapter E04) |
K Robinson, Rutherford Appleton Laboratory |
(Chapter C06) |
D Roose, University of Leuven |
(Chapter D01) |
J P Royston, Medical Research Council |
(Chapter G01) |
G Sande, University of Chicago |
(Chapter C06) |
M A Saunders, Stanford University |
(Chapters E04 and F04) |
B Scheichl, Technical University of Vienna |
(Chapter C05) |
K Schittkowski, University of Bayreuth |
(Chapter H) |
J L Schonfelder, University of Birmingham and University of Liverpool |
(Chapter S) |
W L Seward, University of Oxford and University of Waterloo |
(Chapter D02) |
L F Shampine, Sandia National Laboratories, Albuquerque and Southern Methodist University |
(Chapter D02) |
B L Shea, Aberystwyth University, London School of Economics and Manchester Metropolitan University |
(Chapters G05, G11 and G13) |
B W Silverman, University of Bath |
(Chapter G10) |
J W Sinclair, University of Dundee |
(Chapter E02) |
M A Singer, National Physical Laboratory |
(Chapter E01) |
A J Skellern, Loughborough University |
(Chapters G01 and G08) |
B T Smith, Argonne National Laboratory |
(Chapter C02) |
D C Sorensen, Argonne National Laboratory and Rice University |
(Chapters F07 and F08) |
M Stingl, University of Erlangen–Nuremberg |
(Chapter E04) |
N Strabić, University of Manchester |
(Chapter G02) |
P N Swarztrauber, National Centre for Atmospheric Research |
(Chapter D03) |
R A Sweet, University of Colorado at Denver |
(Chapter D03) |
A Swift, Massey University |
(Chapter C05) |
G T Symm, National Physical Laboratory |
(Chapters D03, D05 and F01) |
H J Symm, National Physical Laboratory |
(Chapters F01 and F02) |
D B Taylor, University of Edinburgh |
(Chapters F01, F02, F03 and F04) |
N Temme, CWI, Amsterdam |
(Chapter S) |
G E Thomas, University of Nottingham |
(Chapter G01) |
C P Thompson, AERE Harwell |
(Chapter D03) |
G Tunnicliffe–Wilson, Lancaster University |
(Chapter G13) |
C W Überhuber, Technical University Vienna |
(Chapter D01) |
P F Velleman, Cornell University |
(Chapters G01 and G10) |
J E Walsh, University of Manchester |
(Chapters D03 and S) |
H A Watts, Sandia National Laboratories, Albuquerque |
(Chapter D02) |
A Wächter, Northwestern University |
(Chapter E04) |
P Wesseling, Delft University of Technology |
(Chapter D03) |
J H Wilkinson, National Physical Laboratory |
(Chapters F01, F02, F03 and F04) |
D J Winstanley, University of Kent |
(Chapter E01) |
M A Wong, Yale University |
(Chapter G03) |
M H Wright, National Physical Laboratory and Stanford University |
(Chapter E04) |
I Wynne–Jones, Imperial College of Science and Technology |
(Chapter C06) |