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<BR> <P>
<P><A NAME="SECTIONREF"><H2>References</H2></A><P>
<DL COMPACT>
<DT><A NAME="aboelaze91a"><STRONG>1</STRONG></A><DD>
M. A<font size=-1><small>BOELAZE</small></font>, N. C<font size=-1><small>HRISOCHOIDES</small></font>, <font size=-1><small>AND</small></font> E. H<font size=-1><small>OUSTIS</small></font>, <EM>The Parallelization
of Level 2 and 3 BLAS Operations on Distributed Memory Machines</EM>, Tech. Rep.
CSD-TR-91-007, Purdue University, West Lafayette, IN, 1991.
<P>
<DT><A NAME="agarwal94b"><STRONG>2</STRONG></A><DD>
R. A<font size=-1><small>GARWAL</small></font>, F. G<font size=-1><small>USTAVSON</small></font>, <font size=-1><small>AND</small></font> M. Z<font size=-1><small>UBAIR</small></font>, <EM>Improving Performance of
Linear Algebra Algorithms for Dense Matrices Using Algorithmic Prefetching</EM>,
IBM J. Res. Dev., 38 (1994), pp. 265-275.
<P>
<DT><A NAME="laug"><STRONG>3</STRONG></A><DD>
E. A<font size=-1><small>NDERSON</small></font>, Z. B<font size=-1><small>AI</small></font>, C. B<font size=-1><small>ISCHOF</small></font>, J. D<font size=-1><small>EMMEL</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, J. D<font size=-1><small>U</small></font> C<font size=-1><small>ROZ</small></font>, A. G<font size=-1><small>REENBAUM</small></font>, S. H<font size=-1><small>AMMARLING</small></font>, A. M<font size=-1><small>C</small></font>K<font size=-1><small>ENNEY</small></font>, S. O<font size=-1><small>STROUCHOV</small></font>, <font size=-1><small>AND</small></font> D. S<font size=-1><small>ORENSEN</small></font>,
<EM>LAPACK Users' Guide</EM>, Society for Industrial and Applied Mathematics,
Philadelphia, PA, second ed., 1995.
<P>
<DT><A NAME="lawn20"><STRONG>4</STRONG></A><DD>
E. A<font size=-1><small>NDERSON</small></font>, Z. B<font size=-1><small>AI</small></font>, C. B<font size=-1><small>ISCHOF</small></font>, J. D<font size=-1><small>EMMEL</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, J. D<font size=-1><small>U</small></font> C<font size=-1><small>ROZ</small></font>, A. G<font size=-1><small>REENBAUM</small></font>, S. H<font size=-1><small>AMMARLING</small></font>, A. M<font size=-1><small>C</small></font>K<font size=-1><small>ENNEY</small></font>, <font size=-1><small>AND</small></font> D. S<font size=-1><small>ORENSEN</small></font>, <EM>LAPACK: A
portable linear algebra library for high-performance computers</EM>, Computer
Science Dept. Technical Report CS-90-105, University of Tennessee,
Knoxville, TN, May 1990.
(Also LAPACK Working Note #20).
<P>
<DT><A NAME="lawn31"><STRONG>5</STRONG></A><DD>
E. A<font size=-1><small>NDERSON</small></font>, Z. B<font size=-1><small>AI</small></font>, <font size=-1><small>AND</small></font> J. D<font size=-1><small>ONGARRA</small></font>, <EM>Generalized QR factorization
and its applications</EM>, Linear Algebra and Its Applications, 162-164 (1992),
pp. 243-273.
(Also LAPACK Working Note #31).
<P>
<DT><A NAME="angus90a"><STRONG>6</STRONG></A><DD>
I. A<font size=-1><small>NGUS</small></font>, G. F<font size=-1><small>OX</small></font>, J. K<font size=-1><small>IM</small></font>, <font size=-1><small>AND</small></font> D. W<font size=-1><small>ALKER</small></font>, <EM>Solving Problems on
Concurrent Processors: Software for Concurrent Processors</EM>, vol. 2, Prentice
Hall, Englewood Cliffs, N.J, 1990.
<P>
<DT><A NAME="ieee754"><STRONG>7</STRONG></A><DD>
ANSI/IEEE, <EM>
IEEE Standard for Binary Floating Point Arithmetic</EM>, New York, Std
754-1985 ed., 1985.
<P>
<DT><A NAME="ieee854"><STRONG>8</STRONG></A><DD>
height 2pt depth -1.6pt width 23pt, <EM>
IEEE Standard for Radix Independent Floating Point Arithmetic</EM>, New
York, Std 854-1987 ed., 1987.
<P>
<DT><A NAME="ariolidemmelduff"><STRONG>9</STRONG></A><DD>
M. A<font size=-1><small>RIOLI</small></font>, J. W. D<font size=-1><small>EMMEL</small></font>, <font size=-1><small>AND</small></font> I. S. D<font size=-1><small>UFF</small></font>, <EM>Solving sparse linear
systems with sparse backward error</EM>, SIAM J. Matrix Anal. Appl., 10 (1989),
pp. 165-190.
<P>
<DT><A NAME="ashcraft90a"><STRONG>10</STRONG></A><DD>
C. A<font size=-1><small>SHCRAFT</small></font>, <EM>The Distributed Solution of Linear Systems Using the
Torus-wrap Data mapping</EM>, Tech. Rep. ECA-TR-147, Boeing Computer Services,
Seattle, WA, 1990.
<P>
<DT><A NAME="bai92a"><STRONG>11</STRONG></A><DD>
Z. B<font size=-1><small>AI</small></font> <font size=-1><small>AND</small></font> J. D<font size=-1><small>EMMEL</small></font>, <EM>Design of a parallel nonsymmetric
eigenroutine toolbox, Part I</EM>, in Proceedings of the Sixth SIAM
Conference on Parallel Processing for Scientific Computing, SIAM, 1993,
pp. 391-398.
<P>
<DT><A NAME="baidemmel97"><STRONG>12</STRONG></A><DD>
Z. B<font size=-1><small>AI</small></font> <font size=-1><small>AND</small></font> J. D<font size=-1><small>EMMEL</small></font>, <EM>Using the matrix sign function to compute
invariant subspaces</EM>, SIAM J. Matrix Anal. Appl, x (1997), p. xxx.
to appear.
<P>
<DT><A NAME="lawn91"><STRONG>13</STRONG></A><DD>
Z. B<font size=-1><small>AI</small></font>, J. D<font size=-1><small>EMMEL</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, A. P<font size=-1><small>ETITET</small></font>, H. R<font size=-1><small>OBINSON</small></font>, <font size=-1><small>AND</small></font> K. S<font size=-1><small>TANLEY</small></font>,
<EM>The spectral decomposition of nonsymmetric matrices on distributed
memory computers</EM>, Computer Science Dept. Technical Report
CS-95-273, University of Tennessee, Knoxville, TN, 1995.
(Also LAPACK Working Note No. 91), To appear in SIAM J. Sci.
Stat. Comput.
<P>
<DT><A NAME="baidemmel92a"><STRONG>14</STRONG></A><DD>
Z. B<font size=-1><small>AI</small></font> <font size=-1><small>AND</small></font> J. W. D<font size=-1><small>EMMEL</small></font>, <EM>Design of a parallel nonsymmetric
eigenroutine toolbox, Part I</EM>, in Proceedings of the Sixth SIAM
Conference on Parallel Processing for Scientific Computing, R. F. <EM>et
al</EM>. Sincovec, ed., Philadelphia, PA, 1993, Society for Industrial and
Applied Mathematics, pp. 391-398.
Long version available as Computer Science Report CSD-92-718,
University of California, Berkeley, 1992.
<P>
<DT><A NAME="barlowdemmel"><STRONG>15</STRONG></A><DD>
J. B<font size=-1><small>ARLOW</small></font> <font size=-1><small>AND</small></font> J. D<font size=-1><small>EMMEL</small></font>, <EM>Computing accurate eigensystems of scaled
diagonally dominant matrices</EM>, SIAM J. Num. Anal., 27 (1990), pp. 762-791.
(Also LAPACK Working Note #7).
<P>
<DT><A NAME="lawn111"><STRONG>16</STRONG></A><DD>
J. B<font size=-1><small>ILMES</small></font>, K. A<font size=-1><small>SANOVIC</small></font>, J. D<font size=-1><small>EMMEL</small></font>, D. L<font size=-1><small>AM</small></font>, <font size=-1><small>AND</small></font> C. C<font size=-1><small>HIN</small></font>, <EM>Optimizing
matrix multiply using PHiPAC: A portable, high-performance, ANSI C
coding methodology</EM>, Computer Science Dept. Technical Report
CS-96-326, University of Tennessee, Knoxville, TN, 1996.
(Also LAPACK Working Note #111).
<P>
<DT><A NAME="BV89"><STRONG>17</STRONG></A><DD>
R. H. B<font size=-1><small>ISSELING</small></font> <font size=-1><small>AND</small></font> J. G. G. <font size=-1><small>VAN</small></font> <font size=-1><small>DE</small></font> V<font size=-1><small>ORST</small></font>, <EM>Parallel LU
decomposition on a transputer network</EM>, in Lecture Notes in Computer Science,
Number 384, G. A. van Zee and J. G. G. van de Vorst, eds.,
Springer-Verlag, 1989, pp. 61-77.
<P>
<DT><A NAME="blackford96a"><STRONG>18</STRONG></A><DD>
L. S. B<font size=-1><small>LACKFORD</small></font>, J. C<font size=-1><small>HOI</small></font>, A. C<font size=-1><small>LEARY</small></font>, J. D<font size=-1><small>EMMEL</small></font>, I. D<font size=-1><small>HILLON</small></font>, J. J. D<font size=-1><small>ONGARRA</small></font>, S. H<font size=-1><small>AMMARLING</small></font>, G. H<font size=-1><small>ENRY</small></font>, A. P<font size=-1><small>ETITET</small></font>, K. S<font size=-1><small>TANLEY</small></font>, D. W. W<font size=-1><small>ALKER</small></font>, <font size=-1><small>AND</small></font> R. C. W<font size=-1><small>HALEY</small></font>, <EM>ScaLAPACK: A portable linear algebra library for
distributed memory computers - design issues and performance</EM>, in Proceedings
of Supercomputing '96, Sponsored by ACM SIGARCH and IEEE Computer Society,
1996.
(ACM Order Number: 415962, IEEE Computer Society Press Order Number:
RS00126. http://www.supercomp.org/sc96/proceedings/).
<P>
<DT><A NAME="lawn112"><STRONG>19</STRONG></A><DD>
L. S. B<font size=-1><small>LACKFORD</small></font>, A. C<font size=-1><small>LEARY</small></font>, J. D<font size=-1><small>EMMEL</small></font>, I. D<font size=-1><small>HILLON</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, S. H<font size=-1><small>AMMARLING</small></font>, A. P<font size=-1><small>ETITET</small></font>, H. R<font size=-1><small>EN</small></font>, K. S<font size=-1><small>TANLEY</small></font>, <font size=-1><small>AND</small></font> R. C. W<font size=-1><small>HALEY</small></font>, <EM>
Practical experience in the dangers of heterogeneous computing</EM>, Computer
Science Dept. Technical Report CS-96-330, University of Tennessee,
Knoxville, TN, July 1996.
(Also LAPACK Working Note #112), to appear ACM Trans. Math. Softw.,
1997.
<P>
<DT><A NAME="brent92a"><STRONG>20</STRONG></A><DD>
R. B<font size=-1><small>RENT</small></font>, <EM>The LINPACK Benchmark on the AP 1000</EM>, in Frontiers,
1992, McLean, VA, 1992, pp. 128-135.
<P>
<DT><A NAME="brent93a"><STRONG>21</STRONG></A><DD>
R. B<font size=-1><small>RENT</small></font> <font size=-1><small>AND</small></font> P. S<font size=-1><small>TRAZDINS</small></font>, <EM>Implementation of BLAS Level 3 and
LINPACK Benchmark on the AP1000</EM>, Fujitsu Scientific and Technical Journal,
5 (1993), pp. 61-70.
<P>
<DT><A NAME="netlib1"><STRONG>22</STRONG></A><DD>
S. B<font size=-1><small>ROWNE</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, S. G<font size=-1><small>REEN</small></font>, E. G<font size=-1><small>ROSSE</small></font>, K. M<font size=-1><small>OORE</small></font>, T. R<font size=-1><small>OWAN</small></font>, <font size=-1><small>AND</small></font> R. W<font size=-1><small>ADE</small></font>, <EM>Netlib services and resources (rev. 1)</EM>, Computer Science
Dept. Technical Report CS-94-222, University of Tennessee, Knoxville,
TN, 1994.
<P>
<DT><A NAME="netlib2"><STRONG>23</STRONG></A><DD>
S. B<font size=-1><small>ROWNE</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, E. G<font size=-1><small>ROSSE</small></font>, <font size=-1><small>AND</small></font> T. R<font size=-1><small>OWAN</small></font>, <EM>The netlib
mathematical software repository</EM>, D-Lib Magazine (www.dlib.org), (1995).
<P>
<DT><A NAME="lawn93"><STRONG>24</STRONG></A><DD>
J. C<font size=-1><small>HOI</small></font>, J. D<font size=-1><small>EMMEL</small></font>, I. D<font size=-1><small>HILLON</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, S. O<font size=-1><small>STROUCHOV</small></font>, A. P<font size=-1><small>ETITET</small></font>, K. S<font size=-1><small>TANLEY</small></font>, D. W<font size=-1><small>ALKER</small></font>, <font size=-1><small>AND</small></font> R. C. W<font size=-1><small>HALEY</small></font>, <EM>Installation guide for
ScaLAPACK</EM>, Computer Science Dept. Technical Report CS-95-280,
University of Tennessee, Knoxville, TN, March 1995.
(Also LAPACK Working Note #93).
<P>
<DT><A NAME="lawn95"><STRONG>25</STRONG></A><DD>
height 2pt depth -1.6pt width 23pt, <EM>ScaLAPACK: A
portable linear algebra library for distributed memory computers - design
issues and performance</EM>, Computer Science Dept. Technical Report
CS-95-283, University of Tennessee, Knoxville, TN, March 1995.
(Also LAPACK Working Note #95).
<P>
<DT><A NAME="lawn100"><STRONG>26</STRONG></A><DD>
J. C<font size=-1><small>HOI</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, S. O<font size=-1><small>STROUCHOV</small></font>, A. P<font size=-1><small>ETITET</small></font>, D. W<font size=-1><small>ALKER</small></font>, <font size=-1><small>AND</small></font> R. C. W<font size=-1><small>HALEY</small></font>, <EM>A proposal for a set of parallel basic linear algebra
subprograms</EM>, Computer Science Dept. Technical Report CS-95-292,
University of Tennessee, Knoxville, TN, May 1995.
(Also LAPACK Working Note #100).
<P>
<DT><A NAME="lawn55"><STRONG>27</STRONG></A><DD>
J. C<font size=-1><small>HOI</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, R. P<font size=-1><small>OZO</small></font>, <font size=-1><small>AND</small></font> D. W<font size=-1><small>ALKER</small></font>, <EM>ScaLAPACK: A
scalable linear algebra library for distributed memory concurrent computers</EM>,
in Proceedings of the Fourth Symposium on the Frontiers of Massively Parallel
Computation, McLean, Virginia, 1992, IEEE Computer Society Press,
pp. 120-127.
(Also LAPACK Working Note #55).
<P>
<DT><A NAME="lawn92"><STRONG>28</STRONG></A><DD>
J. C<font size=-1><small>HOI</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, <font size=-1><small>AND</small></font> D. W<font size=-1><small>ALKER</small></font>, <EM>The design of a parallel dense
linear algebra software library: Reduction to Hessenberg, tridiagonal and
bidiagonal form</EM>, Numerical Algorithms, 10 (1995), pp. 379-399.
(Also LAPACK Working Note #92).
<P>
<DT><A NAME="choi94a"><STRONG>29</STRONG></A><DD>
J. C<font size=-1><small>HOI</small></font>, J. D<font size=-1><small>ONGARRA</small></font>, <font size=-1><small>AND</small></font> D. W<font size=-1><small>ALKER</small></font>, <EM>PB-BLAS: A Set of Parallel
Block Basic Linear Algebra Subroutines</EM>, Concurrency: Practice and
Experience, 8 (1996), pp. 517-535.
<P>
<DT><A NAME="chtchelkanova95a"><STRONG>30</STRONG></A><DD>
A. C<font size=-1><small>HTCHELKANOVA</small></font>, J. G<font size=-1><small>UNNELS</small></font>, G. M<font size=-1><small>ORROW</small></font>, J. O<font size=-1><small>VERFELT</small></font>, <font size=-1><small>AND</small></font> R. <font size=-1><small>VAN</small></font> <font size=-1><small>DE</small></font> G<font size=-1><small>EIJN</small></font>, <EM>Parallel Implementation of BLAS: General Techniques for Level 3
BLAS</EM>, Tech. Rep. TR95-49, Department of Computer Sciences, UT-Austin, 1995.
Submitted to Concurrency: Practice and Experience.
<P>
<DT><A NAME="chu90a"><STRONG>31</STRONG></A><DD>
E. C<font size=-1><small>HU</small></font> <font size=-1><small>AND</small></font> A. G<font size=-1><small>EORGE</small></font>, <EM>QR Factorization of a Dense Matrix on a
Hypercube Multiprocessor</EM>, SIAM Journal on Scientific and Statistical
Computing, 11 (1990), pp. 990-1028.
<P>
<DT><A NAME="lawn125"><STRONG>32</STRONG></A><DD>
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M. C<font size=-1><small>OSNARD</small></font>, Y. R<font size=-1><small>OBERT</small></font>, P. Q<font size=-1><small>UINTON</small></font>, <font size=-1><small>AND</small></font> M. T<font size=-1><small>CHUENTE</small></font>, eds., <EM>Parallel
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M. D<font size=-1><small>AYDE</small></font>, I. D<font size=-1><small>UFF</small></font>, <font size=-1><small>AND</small></font> A. P<font size=-1><small>ETITET</small></font>, <EM>A Parallel Block Implementation
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J. D<font size=-1><small>EMMEL</small></font> <font size=-1><small>AND</small></font> K. S<font size=-1><small>TANLEY</small></font>, <EM>The performance of finding eigenvalues and
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<DT><A NAME="demmelli93"><STRONG>42</STRONG></A><DD>
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<DT><A NAME="gregthesis"><STRONG>77</STRONG></A><DD>
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(Also LAPACK Working Note 79).
<P>
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(Also LAPACK Working Note # 121).
<P>
<DT><A NAME="higham1"><STRONG>80</STRONG></A><DD>
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C. K<font size=-1><small>OEBEL</small></font>, D. L<font size=-1><small>OVEMAN</small></font>, R. S<font size=-1><small>CHREIBER</small></font>, G. S<font size=-1><small>TEELE</small></font>, <font size=-1><small>AND</small></font> M. Z<font size=-1><small>OSEL</small></font>, <EM>The
High Performance Fortran Handbook</EM>, MIT Press, Cambridge, Massachusetts,
1994.
<P>
<DT><A NAME="kumar94a"><STRONG>92</STRONG></A><DD>
V. K<font size=-1><small>UMAR</small></font>, A. G<font size=-1><small>RAMA</small></font>, A. G<font size=-1><small>UPTA</small></font>, <font size=-1><small>AND</small></font> G. K<font size=-1><small>ARYPIS</small></font>, <EM>Introduction to
Parallel Computing - Design and Analysis of Algorithms</EM>, The
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<DT><A NAME="blas1"><STRONG>93</STRONG></A><DD>
C. L. L<font size=-1><small>AWSON</small></font>, R. J. H<font size=-1><small>ANSON</small></font>, D. K<font size=-1><small>INCAID</small></font>, <font size=-1><small>AND</small></font> F. T. K<font size=-1><small>ROGH</small></font>, <EM>Basic
linear algebra subprograms for Fortran usage</EM>, ACM Trans. Math. Soft., 5
(1979), pp. 308-323.
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<DT><A NAME="lawn72"><STRONG>94</STRONG></A><DD>
R. L<font size=-1><small>EHOUCQ</small></font>, <EM>The computation of elementary unitary matrices</EM>,
Computer Science Dept. Technical Report CS-94-233, University of
Tennessee, Knoxville, TN, 1994.
(Also LAPACK Working Note 72).
<P>
<DT><A NAME="lewis92"><STRONG>95</STRONG></A><DD>
T. L<font size=-1><small>EWIS</small></font> <font size=-1><small>AND</small></font> H. E<font size=-1><small>L</small></font>-R<font size=-1><small>EWINI</small></font>, <EM>Introduction to Parallel Computing</EM>,
Prentice-Hall, Inc., Englewood Cliffs, NJ, 1992.
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<DT><A NAME="xiaoyelithesis"><STRONG>96</STRONG></A><DD>
X. L<font size=-1><small>I</small></font>, <EM>Sparse Gaussian Elimination on High Performance Computers</EM>,
PhD thesis, Computer Science Division, Department of Electrical Engineering
and Computer Science, University of California, Berkeley, CA, September 1996.
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<DT><A NAME="lichtenstein93a"><STRONG>97</STRONG></A><DD>
W. L<font size=-1><small>ICHTENSTEIN</small></font> <font size=-1><small>AND</small></font> S. L. J<font size=-1><small>OHNSSON</small></font>, <EM>Block-cyclic dense linear
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A. M<font size=-1><small>AINWARING</small></font> <font size=-1><small>AND</small></font> D. E. C<font size=-1><small>ULLER</small></font>, <EM>Active message applications
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<DT><A NAME="pacheco97"><STRONG>99</STRONG></A><DD>
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Publishers, Inc., San Francisco, CA, 1997.
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C. P<font size=-1><small>AIGE</small></font>, <EM>Some aspects of generalized QR factorization</EM>, in
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<DT><A NAME="parl80"><STRONG>101</STRONG></A><DD>
B. P<font size=-1><small>ARLETT</small></font>, <EM>The Symmetric Eigenvalue Problem</EM>, Prentice-Hall,
Englewood Cliffs, NJ, 1980.
<P>
<DT><A NAME="parlett96"><STRONG>102</STRONG></A><DD>
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Pure and Applied Mathematics PAM-664, University of California, Berkeley, CA,
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submitted to SIMAX.
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<DT><A NAME="parlettdhillon96"><STRONG>103</STRONG></A><DD>
B. P<font size=-1><small>ARLETT</small></font> <font size=-1><small>AND</small></font> I. D<font size=-1><small>HILLON</small></font>, <EM>On Fernando's method to find the most
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Applications, (1996).
to appear.
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<DT><A NAME="petitet96a"><STRONG>104</STRONG></A><DD>
A. P<font size=-1><small>ETITET</small></font>, <EM>Algorithmic Redistribution Methods for Block Cyclic
Decompositions</EM>, PhD thesis, University of Tennessee, Knoxville, TN, 1996.
<P>
<DT><A NAME="Toolpack"><STRONG>105</STRONG></A><DD>
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<P>
<DT><A NAME="PT96a"><STRONG>106</STRONG></A><DD>
L. P<font size=-1><small>RYLLI</small></font> <font size=-1><small>AND</small></font> B. T<font size=-1><small>OURANCHEAU</small></font>, <EM>Efficient block cyclic data
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Springer-Verlag, 1996, pp. 155-165.
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<DT><A NAME="PT97"><STRONG>107</STRONG></A><DD>
height 2pt depth -1.6pt width 23pt, <EM>Efficient block
cyclic array redistribution</EM>, Journal of Parallel and Distributed Computing,
(1997).
To appear.
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<DT><A NAME="schreiber87a"><STRONG>108</STRONG></A><DD>
R. S<font size=-1><small>CHREIBER</small></font> <font size=-1><small>AND</small></font> C. F. V<font size=-1><small>AN</small></font> L<font size=-1><small>OAN</small></font>, <EM>A storage efficient WY
representation for products of Householder transformations</EM>, SIAM J. Sci.
Stat. Comput., 10 (1989), pp. 53-57.
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<DT><A NAME="ugpetsc"><STRONG>109</STRONG></A><DD>
B. S<font size=-1><small>MITH</small></font>, W. G<font size=-1><small>ROPP</small></font>, <font size=-1><small>AND</small></font> L. C<font size=-1><small>URFMAN</small></font> M<font size=-1><small>C</small></font>I<font size=-1><small>NNES</small></font>, <EM>PETSc 2.0 users
manual</EM>, Technical Report ANL-95/11, Argonne National Laboratory,
Argonne, IL, 1995.
(Available by anonymous ftp from <TT>ftp.mcs.anl.gov</TT>).
<P>
<DT><A NAME="SOHWD:96"><STRONG>110</STRONG></A><DD>
M. S<font size=-1><small>NIR</small></font>, S. W. O<font size=-1><small>TTO</small></font>, S. H<font size=-1><small>USS</small></font>-L<font size=-1><small>EDERMAN</small></font>, D. W. W<font size=-1><small>ALKER</small></font>, <font size=-1><small>AND</small></font> J. J. D<font size=-1><small>ONGARRA</small></font>,
<EM>MPI: The Complete Reference</EM>, MIT Press, Cambridge, MA, 1996.
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<DT><A NAME="SunSoft:XDR"><STRONG>111</STRONG></A><DD>
S<font size=-1><small>UN</small></font>S<font size=-1><small>OFT</small></font>, <EM>The XDR Protocol Specification. Appendix A of ``Network
Interfaces Programmer's Guide''</EM>, SunSoft, 1993.
<P>
<DT><A NAME="velde94a"><STRONG>112</STRONG></A><DD>
E. <font size=-1><small>VAN</small></font> <font size=-1><small>DE</small></font> V<font size=-1><small>ELDE</small></font>, <EM>Concurrent Scientific Computing</EM>, no. 16 in Texts
in Applied Mathematics, Springer-Verlag, 1994.
<P>
<DT><A NAME="lawn73"><STRONG>113</STRONG></A><DD>
R. C. W<font size=-1><small>HALEY</small></font>, <EM>Basic linear algebra communication subprograms:
Analysis and implementation across multiple parallel architectures</EM>,
Computer Science Dept. Technical Report CS-94-234, University of
Tennessee, Knoxville, TN, May 1994.
(Also LAPACK Working Note 73).
<P>
<DT><A NAME="wilkinson1"><STRONG>114</STRONG></A><DD>
J. H. W<font size=-1><small>ILKINSON</small></font>, <EM>The Algebraic Eigenvalue Problem</EM>, Oxford
University Press, Oxford, UK, 1965.
</DL>
<P>
<BR> <HR>
<P><ADDRESS>
<I>Susan Blackford <BR>
Tue May 13 09:21:01 EDT 1997</I>
</ADDRESS>
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