WWW Statistics for ScaLAPACK
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This table shows the list of the most frequent keyphrases or keywords used to find your site from Internet Search Engines and Directories. (Keywords from the 228 most popular Search Engines and Directories are recognized by Awstats, such as Yahoo, Altavista, Lycos, Google, Voila, etc...).
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Statistics for: www.netlib.orgAwstats Web Site
Last Update: 09 Jan 2011 - 06:38
Reported period:Year 2010
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Keyphrases used on search engines  
10,351 different keyphrasesSearchPercent
scalapack984225.6 %
pblas10312.6 %
parallel efficiency5401.4 %
numroc3931 %
scalapack example3530.9 %
scalapack tutorial3030.7 %
parallel blas2910.7 %
descinit2260.5 %
parallel lapack2040.5 %
grid size1910.4 %
pdgesv1870.4 %
pdsyev1620.4 %
scalapack users guide1530.3 %
pdelset1440.3 %
scalapack user s guide1430.3 %
sl_init1350.3 %
pdsyevd1260.3 %
homogeneous network1240.3 %
scalapck1210.3 %
lapack parallel1180.3 %
scalapack download1140.2 %
pdgetrf1120.2 %
pzheevx1070.2 %
sparse lapack1060.2 %
pdsyevx1030.2 %
block mapping1030.2 %
scalapack installer1000.2 %
lapack sparse980.2 %
block cyclic distribution950.2 %
scalpack860.2 %
scalapack user guide860.2 %
scalapack routines840.2 %
scalapak840.2 %
gunzip tgz800.2 %
superlu780.2 %
blas parallel770.2 %
pdgeqrf740.1 %
block cyclic730.1 %
error bound formula730.1 %
blas library720.1 %
dgemm example720.1 %
process grid720.1 %
netlib scalapack710.1 %
how to run mpi program710.1 %
iceil700.1 %
fortran interface700.1 %
pdlaprnt700.1 %
array descriptor690.1 %
measuring error680.1 %
how to measure error660.1 %
pdpotrf650.1 %
scalapack descinit650.1 %
scalapack c example650.1 %
scalapack numroc640.1 %
scalapack examples620.1 %
pdsygvx590.1 %
scalapack manual590.1 %
infog2l590.1 %
numerical error580.1 %
pdlaread580.1 %
pzhegvx570.1 %
errors in numerical calculations570.1 %
prototype software570.1 %
error norms560.1 %
performance bottlenecks560.1 %
error norm560.1 %
pdgesvd550.1 %
descinit scalapack540.1 %
lu decomposition540.1 %
pdlange530.1 %
scalapack install520.1 %
scalapack performance500.1 %
numroc scalapack500.1 %
direct sparse solver500.1 %
pdelget490.1 %
sclapack480.1 %
scalapack eigenvalue470.1 %
rq factorization470.1 %
lapack sparse solver470.1 %
scalapack svd470.1 %
pdgetrs470.1 %
scalapac460.1 %
numroc_440.1 %
unitary matrix example440.1 %
parallel eigenvalue solver440.1 %
alignment restriction430.1 %
parallel lu420.1 %
pdlahqr410.1 %
efficiency parallel410.1 %
direct sparse410.1 %
scalapack mpi400.1 %
scalapack c380 %
minimum norm least squares solution380 %
pdgehrd380 %
nexearch380 %
pdsytrd370 %
blacs_gridinfo370 %
dlasrt2370 %
pdlaswp370 %
how to identify performance bottlenecks360 %
scalapack test360 %
pzelset360 %
scalapack library360 %
pdgemr2d360 %
minimum norm least squares350 %
lapack python350 %
sparse solvers350 %
pdlamch350 %
capss340 %
prototype codes340 %
pdgemm340 %
indxg2p330 %
scalapack cholesky330 %
performance bottleneck330 %
indxl2g320 %
tridiagonal matrix algorithm320 %
lapack scalapack320 %
what is scalapack320 %
scalapack netlib310 %
pdposv310 %
pdlawrite310 %
scalapack documentation310 %
pdlacpy310 %
relative error norm300 %
block-cyclic300 %
psgesv300 %
lwork290 %
pdgels290 %
pzgetrf280 %
scalapack windows270 %
row blocks270 %
simplifying assumptions270 %
blacs scalapack270 %
example scalapack270 %
python lapack260 %
parallel efficiency definition260 %
scalapack c interface260 %
pzelget260 %
indxg2l260 %
lapack tutorial250 %
measuring errors250 %
blacs tutorial250 %
pblas example250 %
measure error240 %
mpi howto240 %
machine precision240 %
lapack mpi240 %
descinit.f230 %
pdgemm example230 %
scalapack lu230 %
run mpi program230 %
application debugging230 %
using scalapack220 %
scalapack java220 %
scalapack igebs2d220 %
error in numerical calculations220 %
scalapack eigenvalues220 %
download scalapack220 %
pdstein210 %
blacs blas210 %
pdgemv210 %
install scalapack210 %
pcheevx210 %
pdgeqr2210 %
schur factorization210 %
scalapack installation210 %
scalapacl200 %
sca lapack200 %
blas tutorial200 %
error measure200 %
rscalapack200 %
how to use scalapack200 %
gzip tgz200 %
descinit_200 %
scalapack matrix multiplication200 %
thin svd200 %
pselset200 %
sparse eigenvalue solver200 %
how to install scalapack190 %
pdorgqr190 %
two-dimensional block cyclic decomposition190 %
pdormhr190 %
cyclic distribution190 %
row block190 %
blas introduction190 %
scallapack190 %
scalapack pdsyev180 %
scalapack qr180 %
round off error180 %
scalapack sparse180 %
mpi lapack180 %
pdpotri180 %
scalapack sl_init180 %
pdgbtrf180 %
pzgesv180 %
tab_hty180 %
pzheevd180 %
scalapack pdgemv180 %
mpi how to180 %
pslaprnt170 %
how to run mpi programs170 %
absolute error170 %
python scalapack170 %
scalapack atlas170 %
skalapack170 %
scalapack pdgesv170 %
scilapack170 %
example of unitary matrix170 %
define process column170 %
scalapack pdgemm170 %
estimated execution time170 %
numerical underflow170 %
arraydescriptor170 %
accuracy and stability170 %
mpi scalapack160 %
pdgetri160 %
execution time160 %
how to run an mpi program160 %
scalapack pdsygvx160 %
gunzip .tgz160 %
scalapack tools160 %
blas blacs160 %
eigenvector factorization160 %
scalapack blacs160 %
pdstebz150 %
introduction to blas150 %
pzgetri150 %
example of programs150 %
scalapack out of core150 %
pssyevx150 %
pchk1mat150 %
pzheev150 %
blas.shar150 %
accuracy stability150 %
parallel linear algebra150 %
pdstedc150 %
descset150 %
pdgetf2150 %
pdsyev example150 %
parallel lu factorization150 %
atlas scalapack150 %
measure of error150 %
scalapack testing150 %
scalarpack150 %
what is homogeneous network150 %
lapack workspace140 %
blacs library140 %
scalapack guide140 %
numerical calculations140 %
pzgemm140 %
bidiagonal form140 %
debugging application140 %
pcgetrf140 %
qr tridiagonal140 %
scalapack pblas140 %
what is a homogeneous network140 %
scalapack users guide pdf140 %
lapack gesvd140 %
pblas examples140 %
pdormtr140 %
pb_topset130 %
atlas references130 %
cblacs_get130 %
cpdgemr2d130 %
column pivoting130 %
pzgetrs130 %
pzlaprnt130 %
scalapack forum130 %
parallel linear algebra library130 %
scalapack example c130 %
debug application130 %
lscalapack130 %
descriptor array130 %
sparse matrix lapack130 %
pzgehrd130 %
pdormqr130 %
what is block mapping130 %
pblas download130 %
block-cyclic distribution130 %
parallelization efficiency130 %
chk1mat130 %
pxerbla130 %
scalapack users’ guide120 %
norm of error120 %
in example120 %
how to run mpi120 %
tgz gunzip120 %
pdlacp3120 %
algebra machine120 %
how to execute mpi program120 %
pdpotrf.f120 %
pdgeqpf120 %
pdsygst120 %
pdgeadd120 %
right hand side matrix120 %
reshape c120 %
householder least squares120 %
scala pack120 %
pblas tutorial120 %
how to measure errors110 %
relative machine precision110 %
pzgbtrs110 %
cyclic mapping scalapack110 %
blas performance110 %
scalapack lu decomposition110 %
pssyevd110 %
pslamch110 %
scalapack qr factorization110 %
testing site www.netlib.org scalapack110 %
cyclic data distribution110 %
how to gunzip a tar file110 %
dgsum2d110 %
scaldopack110 %
blacs broadcast110 %
pdgemm scalapack110 %
error bounds definition110 %
scalapack tests110 %
pdgesv scalapack110 %
calapack110 %
scalapack user110 %
block columns110 %
solving linear systems110 %
mmt rjls110 %
reshape in c110 %
scalapack lapack100 %
complex unitary matrix100 %
scalapack pdf100 %
pdtrsm100 %
netlib pblas100 %
pblas pdgemm100 %
lq factorization100 %
lu parallel100 %
cyclic block100 %
gunzip tar gz100 %
storage conventions100 %
alignment restrictions100 %
pcelset100 %
qr algorithm for tridiagonal matrices100 %
block row100 %
application of debug100 %
pselget100 %
small standard error100 %
grid process100 %
scalapack sample100 %
numroc.f100 %
pyscalapack100 %
test scalapack100 %
pzhetrd100 %
standard error function100 %
pdlaread.f100 %
two dimensional distribution100 %
qr algorithm tridiagonal100 %
size grid100 %
application debug100 %
identifying performance bottlenecks100 %
linear least squares problems100 %
pblas.h90 %
frobenius norm error calculation90 %
process grids90 %
debugging the application90 %
arpack user guide90 %
libscalapack90 %
pdpotrs90 %
sparse eigenvalue90 %
pdscaexinfo90 %
scalapack user guide pdf90 %
scalapack.tgz90 %
pdmatadd90 %
qr decomposition with column pivoting90 %
cslapack90 %
scalapack pdgesvd90 %
used to example90 %
pclaprnt90 %
gridsize90 %
pdgbsv90 %
pzgels90 %
slmake.inc90 %
band matrix storage90 %
salapack90 %
pcgels90 %
scalapack slug90 %
arpack users guide90 %
sparse linear algebra library90 %
pdlarfb90 %
scalalpack90 %
qr factorization with column pivoting90 %
direct sparse solvers90 %
gunzip tar90 %
standard error90 %
pb_topget90 %
jjnxt90 %
pslange90 %
define global90 %
examples of integrity80 %
pdgesv example80 %
igamn2d80 %
installing scalapack80 %
21nb80 %
scalapack python80 %
error bound definition80 %
lapack sparse matrix80 %
scalapack sparse matrix80 %
tridiagonal matrix qr80 %
testing scalapack80 %
scalapack user s guide pdf80 %
scalapack 1.880 %
identify performance bottlenecks80 %
scalapack out-of-core80 %
block cyclic data distribution80 %
frobenius norm error80 %
block column80 %
cscalapack80 %
gunzip a tar file80 %
running mpi program80 %
standard error of a function80 %
desca scalapack80 %
matinit80 %
pzgbtrf80 %
what is array descriptor80 %
pspotrf80 %
scalapack pdsytrd.f80 %
pdlahqr_80 %
scalelapack80 %
scalapack pdstebz80 %
stability accuracy80 %
unitary matrix examples80 %
pselget.f80 %
pzpotrf80 %
scalapack_installer80 %
block-row distribution80 %
filetype uue80 %
mpi program80 %
scalapack parallel70 %
scalapack.70 %
superlu tutorial70 %
pdelset scalapack70 %
psgetrf70 %
gesvd lapack70 %
howto scalapack c70 %
tar gzip tgz70 %
scalalapack70 %
java scalapack70 %
how to mpi70 %
blacs70 %
zgebs2d70 %
pdlapiv70 %
run mpi70 %
parpre70 %
sparse gaussian elimination70 %
pdlawrite.f70 %
dsteqr270 %
running mpi programs70 %
efficiency of parallel algorithm70 %
sources of numerical errors70 %
psgeqpf70 %
scalapack block cyclic70 %
scalapack fortran example70 %
what is a process grid70 %
examples of programs70 %
scalapack matrix multiply70 %
c reshape70 %
scalaplack70 %
sltimer70 %
example program70 %
scalapack user manual70 %
software prototype70 %
scalapack pdsyevd70 %
unitary matrices70 %
sparse scalapack70 %
pddttrf70 %
basic linear algebra subprograms70 %
algorithme de transformation matrix on upper triangular70 %
pdpotf270 %
error analysis70 %
scalapack source code70 %
block cyclic decomposition70 %
super lu70 %
scalapack pdsyevx70 %
scalapack tridiagonal70 %
pblas netlib70 %
scalapack license70 %
descinit netlib70 %
what is a small standard error70 %
scalapack distribute matrix70 %
parallel algorithm efficiency70 %
error in numerical calculation70 %
parallel eficiency70 %
scalapack libraries70 %
pcgesv70 %
sl_init scalapack70 %
least squares minimum norm70 %
define block size70 %
scalapack-1.8.0.tgz70 %
scalapack transpose70 %
scalapack pdelset70 %
scalapack reference70 %
nla software70 %
pdlaprnt.f70 %
lapack implementation70 %
user guide70 %
lapack c tutorial60 %
psgesvd60 %
pdgemm pblas60 %
blacs communication60 %
blacs manual60 %
http //www.netlib.org/scalapack/scalapack_installer.tgz60 %
ddbtrf60 %
size of grid60 %
pzungqr60 %
pdlascl60 %
pblas c60 %
least squares householder60 %
scal lapack60 %
cd contents60 %
pzgbsv60 %
example programs60 %
psorgqr60 %
sources of errors in numerical computation60 %
http //www.netlib.org/scalapack60 %
parallel efficiency wiki60 %
solving linear system60 %
performance bottle necks60 %
sealapack60 %
qr pivoting60 %
single precision real60 %
zgebr2d60 %
call sl_init60 %
tridiagonal matrix60 %
error bounds formula60 %
c interface scalapack60 %
pdswap60 %
pclapmr60 %
scalapack usage60 %
gotoblas scalapack60 %
dgerv2d60 %
block rows60 %
asci red cost60 %
block mapping table60 %
http //sk9.pl/ba9660 %
pdsyrk60 %
pdposvx60 %
what is arraydescriptor60 %
http //www.netlib.org/scalapack/60 %
two-dimensional block cyclic distribution60 %
pddbtrs60 %
scalapack gotoblas60 %
what is grid size60 %
atlas blas parallel60 %
- jn´jb´m60 %
pdgemm.f60 %
pdsyev scalapack60 %
examples of unitary matrices60 %
estimate execution time60 %
scalapack descriptor60 %
pdpbsv60 %
the design and implementation of the parallel out-of-core scalapack lu qr and cholesky factorization routines60 %
scalapack example1.f60 %
error in numerical60 %
p4_error interrupt sigfpe 860 %
gunzip60 %
scalapack sparse matrices60 %
pdgemm netlib60 %
lapack vs scalapack60 %
pzstein60 %
pssyev example60 %
sparse eigen solver60 %
what are performance bottlenecks60 %
pssyev60 %
relative error bound60 %
diagonally dominant example60 %
lapack python download60 %
pdlarft60 %
scalapack c code60 %
dense matrices60 %
norm error60 %
pblas dgemm60 %
pdgetrf.f60 %
error bound equation60 %
application of debugging60 %
introduction blas60 %
source of numerical error60 %
example of program50 %
parallel efficency50 %
sparse matrix scalapack50 %
2. http //www.netlib.org/scalapack/slug/index.html50 %
scalapack for windows50 %
pzunmhr50 %
pblas quick reference50 %
vector storage50 %
distribution parameters50 %
pdgbtrs50 %
error bounds50 %
saclapack50 %
scalapack qr decomposition50 %
scalapack pzelset50 %
pdgebrd50 %
what is an array descriptor50 %
error bound calculator50 %
gunzip tar file50 %
parallell blas50 %
standard error product50 %
tridiagonal qr50 %
scalapack pdsytrd50 %
pssyev scalapack50 %
netlib lu decomposition50 %
pdsygvx.f50 %
scalapack fortran50 %
scalapack pdelget50 %
sources of numerical error50 %
scalapack process grid50 %
call pdelset example50 %
numerical rounding error50 %
gunzip tar.gz50 %
void reshape50 %
slasrt250 %
rank svd50 %
on entry to pdlahqr parameter number50 %
pblas performance50 %
what is a column and a row50 %
standard error of a product50 %
scalapack userguide50 %
scaex50 %
scalepack tutorial50 %
what is performance bottleneck50 %
pchk2mat50 %
double precision complex50 %
pdlange scalapack50 %
m jb jn50 %
blacs_gridexit50 %
prototype cods50 %
tar gunzip50 %
parallel effeciency50 %
pblas user guide50 %
pdtrtrs50 %
scalable multiprocessors50 %
machine underflow50 %
pzgeqrf50 %
pchegvx50 %
parallel program lapack с examples50 %
condition number error bound50 %
www.hpfone.com50 %
singular value decomposition scalapack50 %
sclalapack50 %
pdtzrzf50 %
norm relative error50 %
mpir_frompointer50 %
banded matrix storage50 %
tar gunzip tgz50 %
svd effective rank50 %
scalapack tridiagonal solver50 %
pstrtrs50 %
scalapack test suite50 %
efficiency of parallel50 %
svd scalapack50 %
scalapack compile flags50 %
scalapack pdgbsv50 %
pddbtrf50 %
performance scalapack50 %
linear least squares50 %
kh y gbftr50 %
begin 64450 %
parallel linear algebra libraries50 %
pblas sparse50 %
pblas matrix multiplication50 %
scalapack example program50 %
scalapack_install.pdf50 %
calculate parallel efficiency50 %
scalapack shared memory50 %
block-cyclic data distribution50 %
software copyright header50 %
pzlacpy50 %
qr algorithm tridiagonal matrix50 %
pdgemr2d.f50 %
scalapakc50 %
pblas reference50 %
installation guide for scalapack50 %
scalapack blocking factor50 %
mapping block50 %
how to run a mpi program50 %
basic algebra50 %
mpi examples50 %
blas vs blacs50 %
scalapack pzhegvx50 %
scalapack routines list50 %
cholesky scalapack50 %
c scalapack50 %
measures of error50 %
pvtrmm50 %
using mpi download50 %
superlu out-of-core50 %
error measures50 %
http //www.netlib.org/scalapack/slug/node69.html50 %
gunzip tgz file50 %
scalapack matrix inversion50 %
pdsyevx.f50 %
scadapack50 %
scalapack cholesky example40 %
tridiagonalmatrix qr40 %
http //www.netlib.org/scalapack/40 %
scalpak40 %
pssygvx scalapack40 %
basic linear algebra40 %
scalapack.h download40 %
programs using mpi40 %
pxgemr2d40 %
debugging an application40 %
rjls yf keh40 %
what is a column and what is a row40 %
error norm definition40 %
dcputime0040 %
out of core scalapack40 %
scalapack home40 %
lu decomposition scalapack40 %
debugging hints40 %
how to distribute matrices40 %
pzlamodhilb40 %
example program solving ax=b via scalapack routine pdgesv40 %
householder least square40 %
block cyclic mapping40 %
block row distribution40 %
scalapack makefile40 %
pdsyevd scalapack40 %
workspace lapack40 %
pclange40 %
storage vectors40 %
blockmapping40 %
pdlaevswp40 %
sca/lapack40 %
pzunmqr40 %
thin singular value decomposition40 %
lapck pdf tutorial40 %
python netlib40 %
blacs_gridinit40 %
pdlacpy_40 %
lq factorisation40 %
scalapack tester40 %
psgemm40 %
pdsyevd.f40 %
scalapack inverse40 %
left eigenvector40 %
cholesky factorization scalapack40 %
what is machine underflow40 %
scalapck tutorial40 %
scalapack source40 %
cyclic mapping40 %
scalapack simple example40 %
atlas parallel blas40 %
pfdescinit40 %
pblas lawn40 %
block-cyclic scheme40 %
pdgemv example40 %
scalapack indxg2l40 %
software hierarchy40 %
scalapack generalised eigenvalue40 %
scalapoack40 %
least square minimum norm40 %
scalapack indxl2g40 %
error bound formulas40 %
scalable linear algebra40 %
linear equations40 %
ioffa40 %
pslacpy40 %
optimal grid size40 %
scalipack40 %
how to prototype software40 %
pblas mpi40 %
infog2l.f40 %
matrix multiplication scalapack40 %
gaussian elimination blas40 %
pdgeqrf.f40 %
scalapack howto40 %
pdgesvx40 %
pddttrs40 %
pdlacp240 %
cyclical mapping40 %
pblas exemple40 %
scalapack matrix40 %
left eigenvectors40 %
pzheevx.f40 %
example40 %
scalapack how to40 %
mq nb40 %
user s guide40 %
two-dimensional block cyclic decomposition.40 %
blacs descinit40 %
lapack40 %
how to run mpich40 %
psgbsv.f40 %
grid of processes40 %
mpich examples40 %
measure errors40 %
narrow band matrices40 %
what is block mapping?40 %
scalapack scalability40 %
least squares solution40 %
exemple scalapack40 %
lu scalapack40 %
lib scalapack40 %
gunzip .tgz file40 %
b nfdnhkkodd][pp-5 n]t]g[tt5 yh\s40 %
pstrtrs parameter number 904 had an illegal value40 %
dgebs2d40 %
scalapack home page40 %
blacs_gridinfo netlib40 %
scalapack pzheevx40 %
lapack contents40 %
blacs sl_init40 %
define array descriptor40 %
scalapack users manual40 %
tridiagonal qr algorithm40 %
scalapack in c40 %
blacs download40 %
scalapack routine40 %
example1.f scalapack40 %
how to calculate parallel efficiency40 %
program mpi40 %
lapack for python40 %
singular value decomposition40 %
pdtrtri40 %
qr scalapack40 %
sources of errors in numerical calculations40 %
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Other phrases10,82428.2 %



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