WWW Statistics for ScaLAPACK
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Statistics for: www.netlib.orgAwstats Web Site
Last Update: 07 Feb 2013 - 20:58
Reported period:Year 2012
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Keyphrases used on search engines  
8,199 different keyphrasesSearchPercent
scalapack494120.7 %
pblas4491.8 %
scalapack example2521 %
numroc2471 %
descinit1960.8 %
parallel efficiency1830.7 %
parallel blas1270.5 %
scalapack tutorial1170.4 %
pdgesv1110.4 %
error norm1090.4 %
scalapack manual970.4 %
scalapack installer960.4 %
parallel lapack920.3 %
pdgemm840.3 %
pdsyevd820.3 %
pdsyev800.3 %
scalapack download790.3 %
scalapack descinit760.3 %
pdlaprnt760.3 %
sl_init740.3 %
pdelset680.2 %
pdsyevx670.2 %
pdsygvx660.2 %
scalpack650.2 %
lapack parallel640.2 %
scalapck610.2 %
scalapack routines610.2 %
block mapping600.2 %
pdgesvd600.2 %
infog2l590.2 %
pdgetrf560.2 %
scalapack examples550.2 %
norm error550.2 %
pdgemm example500.2 %
www.netlib.org490.2 %
pdlaread480.2 %
lapack470.1 %
descinit scalapack450.1 %
scalapack svd450.1 %
block cyclic distribution440.1 %
array descriptor440.1 %
blas parallel440.1 %
install scalapack420.1 %
scalapack numroc410.1 %
pdgeqrf410.1 %
errors in numerical calculations410.1 %
error norms410.1 %
pdelget410.1 %
scalapack install400.1 %
scalapack user guide360.1 %
pzheevx360.1 %
scalapack users guide350.1 %
process grid350.1 %
pzhegvx340.1 %
netlib scalapack340.1 %
parallel eigenvalue solver340.1 %
how to measure error330.1 %
scalapack c example330.1 %
iceil320.1 %
pzelset310.1 %
how to run mpi program310.1 %
alignment restriction310.1 %
readme example310.1 %
scalapack pdgemm310.1 %
pdlacpy310.1 %
gunzip tgz290.1 %
pdgemr2d290.1 %
algebra problems290.1 %
measuring error290.1 %
scalapack block size280.1 %
pdhseqr280.1 %
pzheev280.1 %
scalapack eigenvalue280.1 %
scalapack documentation280.1 %
blacs_gridinfo270.1 %
scalapack c interface270.1 %
pdlawrite270.1 %
pzheevd270.1 %
scalapack installation270.1 %
sclapack260.1 %
scala linear algebra260.1 %
pzgesv260.1 %
lapack mpi260.1 %
scalapack c250.1 %
numroc_250.1 %
cblacs_pinfo250.1 %
rq factorization250.1 %
superlu240.1 %
scalapack performance240.1 %
block cyclic240.1 %
cpdgemr2d230 %
cblacs_gridinit230 %
pdlamch230 %
run mpi program230 %
lapack scalapack230 %
parpre220 %
scalapack user s guide220 %
prototype codes220 %
scalapack pdsyev210 %
scalapack library210 %
pdsyev scalapack210 %
download scalapack210 %
pzgetrf200 %
cblacs_get200 %
how to run mpi200 %
error measure200 %
scalapack vs lapack200 %
scalapack 2.0200 %
error bound formula200 %
indxg2p190 %
pzheevr190 %
pdlange190 %
descinit_190 %
numroc scalapack190 %
pblas example190 %
pdsyevx example180 %
measuring errors180 %
indxg2l180 %
scalapack blacs180 %
measure error170 %
subroutine matinit170 %
how to install scalapack170 %
scalapack test170 %
block cyclic data distribution170 %
row block170 %
csys2blacs_handle170 %
scalapack users guide pdf170 %
pdsyevr160 %
pdscaexinfo160 %
cyclic distribution160 %
pzelget160 %
$key160 %
scalapack pblas160 %
scalapak160 %
pdgesv example150 %
blacs150 %
mpi lapack150 %
pdposv150 %
grid size150 %
scalarpack150 %
scalapack reference150 %
descinit.f140 %
norm of error140 %
mpi howto140 %
system error message sample140 %
pdgemm scalapack140 %
scalapack pdgesv140 %
unitary matrix example140 %
blacs tutorial140 %
pdgbtrf140 %
scalapac140 %
pdtrsv scalapack140 %
scallapack140 %
scalapack testing140 %
pdpotrf130 %
scalapack process grid130 %
مصادر الاخطاء في التحسيب العددي130 %
blacs_gridinit130 %
scalapack lu130 %
relative error norm130 %
scalapack matrix multiplication130 %
parallel linear algebra130 %
pdgehrd130 %
descset130 %
measures of error130 %
scalapack users’ guide120 %
scalapack python120 %
scalapack lu decomposition120 %
how to run an mpi program120 %
dlasrt2120 %
slmake.inc120 %
scalapack mpi120 %
debug application120 %
block-cyclic distribution120 %
pztrevc120 %
parallel lu factorization120 %
atlas scalapack120 %
reshape in c120 %
error measures120 %
pdgetrs120 %
pxerbla120 %
how to run mpi programs110 %
a110 %
mpi scalapack110 %
frobenius norm110 %
parallel efficiency definition110 %
scalapack data distribution110 %
pdgetri110 %
pdgesvd.f110 %
scaex110 %
how to use scalapack110 %
call descinit110 %
scalapack windows110 %
pdlahqr110 %
pdgemv_110 %
indxl2g110 %
pdgeadd110 %
blacs download110 %
scalapack example code110 %
block columns110 %
pdormqr110 %
cblacs_gridinfo110 %
scalapack_installer110 %
parallel efficiency calculation110 %
scalapack complex110 %
scalapack pdgetrf110 %
ibm sp2110 %
pdgesv_110 %
jb.jv n k110 %
scalapack matrix inversion110 %
accuracy and stability110 %
scalapack lapack100 %
how to measure errors100 %
installing scalapack100 %
pdsytrd100 %
cdgesd2d100 %
scalapack user guide pdf100 %
pdlapiv100 %
linear algebra problems100 %
scalapack tridiagonal matrix100 %
scalapack 2.0.1100 %
block row100 %
pdgels100 %
pdsygst100 %
pcgetrf100 %
pddttrf100 %
scalapack example c100 %
tridiagonal matrix algorithm100 %
pddbtrf100 %
blacs scalapack100 %
minimum norm least square solution100 %
scala pack100 %
column block100 %
parallelization efficiency100 %
scalapack installation guide100 %
chk1mat100 %
numerical linear algebra solutions100 %
estimated execution time100 %
psgels100 %
scalapack qr90 %
blacs library90 %
pdsygvx.f90 %
scalapack 2.0.090 %
scalapack block cyclic distribution90 %
numerical error90 %
desca scalapack90 %
right hand side vector90 %
parallel linear algebra library90 %
mpi_root90 %
efficiency parallel90 %
scalapack sample90 %
pdlaswp90 %
pdstedc90 %
performance scalapack90 %
scalapack tools90 %
pdgemv scalapack90 %
installation guide for scalapack90 %
build scalapack90 %
numerical underflow90 %
application debugging90 %
vector storage80 %
pdgebrd80 %
netlib examples80 %
mpich run80 %
scalapack sparse80 %
blas tutorial80 %
pdpotri80 %
scalapack atlas80 %
scalapack pdgesvd80 %
lapack tutorial80 %
scalapack inverse80 %
scalapack sl_init80 %
pzlaprnt80 %
pdlacp380 %
scalapack cholesky80 %
pssyevx80 %
pchk1mat80 %
pdgesv scalapack80 %
hpfmn80 %
matinit scalapack80 %
numerical linear algebra solution80 %
performance bottleneck80 %
scalapack distribute matrix80 %
pdsyev example80 %
absolute error bound80 %
stability vs accuracy80 %
difference between lapack and scalapack70 %
pdelset scalapack70 %
pdstebz70 %
how to distribute matrices70 %
pclahqr70 %
scalapack eigenvalue problem70 %
lq factorization70 %
dgsum2d70 %
scalapack eigenvector70 %
pzgetrs70 %
running mpi programs70 %
pdgbsv70 %
scalapack 1.8.070 %
pdlaset70 %
scalapack indxl2g70 %
scalapack 1.7.570 %
pzgemr2d70 %
row blocks70 %
how to execute mpi program70 %
measured error70 %
singular value decomposition scalapack70 %
cblacs_gridmap70 %
grid process70 %
psgesv70 %
pddbtrs70 %
scalapack pzheev70 %
scalapack test suite70 %
pdgeadd scalapack70 %
parallel lu decomposition70 %
pzhetrd70 %
scala lapack70 %
csgsum2d70 %
netlib example70 %
scalapack libraries70 %
pdlaread.f70 %
pdgesv.f70 %
scalapack eigenvalues70 %
direct sparse solver70 %
cdgerv2d70 %
reasonable performance70 %
scalapack blocksize70 %
scalapack pdelset70 %
error bound equation70 %
pdormtr70 %
scalapack pcgels70 %
pdlahqr.f70 %
scalapacl60 %
igebs2d_60 %
pdpbtrf60 %
norm of the error60 %
how to run scalapack60 %
descriptor scalapack60 %
lapack java60 %
scalapack guide60 %
numroc blacs60 %
atlas references60 %
dlatcpy60 %
sca lapack60 %
netlib pblas60 %
python scalapack60 %
sealapack60 %
cyclic block60 %
zgebs2d60 %
pdgebal60 %
pb_cplaprnt60 %
pdmatadd60 %
stability and accuracy60 %
tgz gunzip60 %
pzlawrite60 %
difference between unitary and orthogonal matrix60 %
cyclic mapping60 %
scalapack out-of-core60 %
netlib.org60 %
pb_cnumroc60 %
scalapack read file example60 %
c reshape60 %
scalapack-1.8.060 %
scalable multiprocessors60 %
tutorial scalapack60 %
pctrevc60 %
scalapack example programs60 %
dgerv2d60 %
efficiency in parallel60 %
scalapack eigensolver60 %
cblacs_exit60 %
pzgbtrf60 %
what is array descriptor60 %
prototype readme60 %
memory hierarchy60 %
direct sparse60 %
http //www.netlib.org/scalapack/60 %
block-cyclic60 %
pdgemv60 %
example readme60 %
blacs_get_60 %
minimum norm least squares solution60 %
stability accuracy60 %
dgebs2d_60 %
scalapack optimal block size60 %
gaussian elimination60 %
prototype software60 %
pjlaenv60 %
blas introduction60 %
the block map60 %
scalapack pdsyevx60 %
scalapack pcunmhr60 %
accuracy vs stability60 %
scalapack license60 %
pdelget.f60 %
pdgemm netlib60 %
pssyevr60 %
lapack vs scalapack60 %
pcgesv60 %
pdgemr2d.f60 %
scalapack pdgemv60 %
5. scallapck60 %
pzlahqr60 %
pdlatra60 %
pzdbtrf60 %
how to quantify error60 %
pdgetrf.f60 %
descinit example60 %
linear least squares problems60 %
http //www.netlib.org/scalapack/50 %
cblacs_gridexit50 %
distribution matrix examples50 %
complex unitary matrix50 %
scalapack functions50 %
psgetrf50 %
simplifying assumption50 %
scalapack netlib50 %
scala blas50 %
heterogeneous computing50 %
compile scalapack50 %
mpi scalapack combined example50 %
scalapack compile50 %
pzheevr.f50 %
qr factorization50 %
lapack python50 %
scalapack fortran50 %
netlib tutorial50 %
pblas pdgemm50 %
python lapack50 %
scalapack qr factorization50 %
two-dimensional block cyclic decomposition50 %
pzlaread50 %
scalapack matrix descriptor50 %
scalapack subroutines50 %
pdsyntrd50 %
absolute error and relative error examples50 %
bound of error formula50 %
scalapack 1.850 %
blacs broadcast50 %
introduction to blas50 %
alignment restrictions50 %
using scalapack50 %
pzgetri50 %
scalapack pclahqr50 %
block mapping in os50 %
scalapack 250 %
app debug level 150 %
pzgesv example50 %
how to transpose scalapack submatrix50 %
pdlacpy example50 %
dgesv parallel50 %
scalapack double complex50 %
sltimer50 %
scalapack band matrix50 %
pdlacp250 %
pddbsv50 %
scalapack pdlaread50 %
blas lapack scalapack50 %
pcgels50 %
scalapack tests50 %
linear least squares problem50 %
example of scalapack50 %
portability and scalability50 %
مصادر الاخطاء فى التحسيب العددى50 %
scalapack copy matrix50 %
blacs install50 %
scalapack pzheevx50 %
scalapack source code50 %
pselset50 %
2d block cyclic distribution50 %
blacs numroc50 %
svd scalapack50 %
مصادر الأخطاء في التحسيب العددي50 %
avg50 %
pcgehrd50 %
assumptions example50 %
lu factorization parallel50 %
error in numerical calculations50 %
pzgehrd50 %
block-cyclic mapping scalapack50 %
pdtradd50 %
python lapack blas50 %
pcheevx50 %
pdpttrf50 %
difference between scalapack lapack50 %
pblas download50 %
scalapack guid50 %
scalapack shared memory50 %
scalapack distribution50 %
error in numerical calculation50 %
pdgemm_50 %
difference between orthogonal and unitary matrix50 %
lapack download50 %
iceil scalapack50 %
pdmatgen50 %
mapping block50 %
blacs example50 %
pdpttrs50 %
pztrtri50 %
scalapack solve50 %
scalapack pdgels50 %
scalapack source download50 %
what is scalapack50 %
pslaread50 %
scalapack version50 %
blacs library download50 %
gunzip tgz file50 %
scalapack pblas example50 %
performance of scalapack50 %
pdgemv pblas50 %
blacs_set50 %
pdlaprnt.f50 %
qr decomposition column pivoting scalapack50 %
pblas.h40 %
calling scalapack40 %
pdstein40 %
scalapack.40 %
pzstein parameter number had an illegal value40 %
pdgemr240 %
psgesvd40 %
pdsyev.f40 %
pdgbtrs40 %
scalapack eigenvectors40 %
pzgbtrs40 %
blacs communication40 %
blacs blas40 %
scalapack context40 %
lapack and scalapack40 %
scalapack qr decomposition40 %
pdorgqr40 %
scalapack home40 %
what is an array descriptor40 %
scalability portability40 %
pdgemm c example40 %
scalapack pdgemm c40 %
out of core matrix40 %
pdtrsm40 %
ssdot40 %
pdpotrs40 %
storage vectors40 %
blacs error40 %
scalapack example fortran40 %
pilaver40 %
scalapack pdgeqrf40 %
thin singular value decomposition40 %
error bound calculation40 %
parallel linear algebra routines40 %
how to identify performance bottlenecks40 %
infog1l40 %
lapack sparse matrix40 %
scalapack desca40 %
scalapack totmem40 %
pdgemm example c40 %
relative norm error40 %
magma scalapack40 %
netlib arpack40 %
mpval40 %
qr decomposition with column pivoting40 %
slasrt240 %
parallel sparse eigensolver40 %
pdlansy40 %
index of scalapack routines40 %
dsteqr240 %
scalapack pctrevc40 %
pdstedc scalapack40 %
pblas performance40 %
define error bound40 %
pdormhr40 %
scalapack transpose copy40 %
norm 2 error40 %
error bounds equation40 %
pzdbtrs40 %
norms measures40 %
block cyclic matrix distribution40 %
scalapack source40 %
scalapack userguide40 %
scalapack dot product40 %
svd in scalapack40 %
pzgels40 %
software hierarchy40 %
pdelset_40 %
lapack for java40 %
scalapack fortran example40 %
pblas pgseadd aggregate matrix40 %
tridiagonal matrix storage40 %
prototype cods40 %
scalapack routine directory40 %
what is a process grid40 %
distribute the matrix on the process grid40 %
dgesd2d40 %
amd scalapack40 %
netlib example #240 %
eigenvalue scalapack40 %
pddttrs40 %
pzhengst40 %
performance bottlenecks40 %
pdsyngst40 %
psrot40 %
how to execute a mpi program40 %
mpi matrix transpose p q block example40 %
csys2blacs_handle fortran40 %
pchseqr40 %
parallel basic linear algebra subprograms40 %
scalapack matrix inverse40 %
sample pdsyev40 %
igesd2d40 %
descriptor array40 %
scalapack for c40 %
distribution matrix40 %
scalapack performance block size40 %
schalapack40 %
scalapack routine40 %
pdsymm scalapack40 %
singular value decomposition40 %
reshape c40 %
parallel lu40 %
generalized eigenvalue problem scalapack40 %
scalapack pdgemm example40 %
pdlaread scalapack40 %
scalapack psgesv40 %
effective rank svd40 %
matrix descriptor scalapck40 %
tot40 %
system error message example40 %
pblas netlib40 %
pxlahqr40 %
where to install scalapack40 %
what is block mapping40 %
scalapack tool40 %
pdgetf240 %
example scalapack40 %
scalapack install guide40 %
dddot40 %
algebra problem40 %
herdrogenous vs homegenous network40 %
matrix partitioning example40 %
pslaqr0.o40 %
two dimensional distribution40 %
real upper quasi-triangular matrix scalapack eigenvector40 %
calculating error bounds40 %
direct sparse solvers40 %
scalapack pzgetrf40 %
pssyev40 %
http //www.netlib.org/blas/blas.shar40 %
igebs2d40 %
pdtran scalapack40 %
linear algebra parallel40 %
distributing matrices40 %
measure of error40 %
scalapack-1.8.0.tgz40 %
array descriptor example40 %
scalapack pzgemm40 %
scalapack pdgesv example40 %
lapack gesvd40 %
scalapack_installer.tgz40 %
matrix norm error40 %
scalapack psgesvd40 %
scalapack complex linear solver40 %
cblacs_pcoord40 %
how to quantify errors40 %
pdsyev_40 %
scalapack print matrix40 %
scalapack infog2l40 %
what is parallel efficiency40 %
lapack sparse solvers40 %
scalapack pzgetri40 %
pslaprnt30 %
how to estimate execution time30 %
getting started with scalapack30 %
pdsyrk scalapack30 %
scalapack r30 %
tridiagonal matrix lu decomposition without pivoting30 %
gesv.f30 %
how to achieve high performance on network of workstation30 %
storage tridiagonal matrix30 %
lapack workspace30 %
relative machine precision30 %
what is blacs30 %
pzheevr scalapack30 %
pxgemr2d30 %
lapack compiler flags30 %
pxerbla.f30 %
http //www.netlib.org/scalapack/scalapack_installer.tgz30 %
example of system error30 %
broadcast scalapack30 %
blacs lapack30 %
how to build scalapack30 %
error norm definition30 %
scalapack sources30 %
blacs_pinfo_30 %
saclapack30 %
out of core scalapack30 %
frobenius error30 %
pdgesv.f example30 %
reshape.c30 %
netlib download30 %
scalapack 64bit30 %
scalapack 64 bit integer30 %
process column30 %
pdlaprnt ausgabe matrix30 %
error bound online calculator30 %
blacs_exit_30 %
parallelized lapack30 %
lahqr30 %
scalapack c tutorial30 %
scalapack build30 %
http //www.netlib.org/30 %
pspotri30 %
pzgbsv30 %
pdsyevd scalapack30 %
scalapack pdsytrd30 %
scalapack multithreaded30 %
pb_topset30 %
scalapack 2.0230 %
scalapack double30 %
scalapack ipiv example30 %
pdgetf2.f30 %
pvm programs with output30 %
intel mkl numroc30 %
parallel efficiency formula30 %
all about lapacks and scalapacks30 %
calling scalapack from c example30 %
building scalapack30 %
lu decomposition lapack30 %
lsocket library30 %
pblas version30 %
pdlaprnt example30 %
www.netlib.org/scalapack30 %
parallel dense matrix algebra library30 %
pdgemr2d site netlib.org30 %
pdlaread example30 %
scalapack pdhseqr30 %
dgsum2d_30 %
scalapack.tgz30 %
call blacs_gridinfo30 %
scalapack bug fixes30 %
l1 relative error norm30 %
pcelget30 %
cblacs_barrier30 %
scalapack timing subroutine30 %
functions available in scalapack30 %
intel compiler pzlawrite30 %
scaldopack30 %
skalapack30 %
indxl2g_30 %
system error codes example30 %
errors in numerical calculation30 %
example tgz file30 %
norm and error30 %
efficiency of parallel algorithm30 %
errors of numerical30 %
tridiagonal matrix in data structure30 %
how to install scalapack and blacks30 %
two-dimensional block-cyclic distribution30 %
repeatability blacs_set30 %
pclahqr scalapack30 %
pzgemr.c30 %
bidiagonal form30 %
blocked gaussian elimination30 %
pclaset30 %
howto compile scalapack30 %
distributed linear algebra30 %
scalapack pssyev30 %
frobenius norm error30 %
blacs_gridinit.f30 %
arraydescriptor example30 %
block column30 %
scalapack matrix inverse how to use30 %
pzlange30 %
scalapack download only30 %
scalapack software hierarchy30 %
install scalapack blacs30 %
distribution of matrix30 %
sources of numerical errors30 %
eigenvalue problem30 %
what is performance bottleneck30 %
pdgetrf scalapack30 %
pdgemv example30 %
computes the cholesky factorization of a symmetric positive-definite matrix algorithm30 %
lapack pssytrd example30 %
pvm output30 %
python lapack download python30 %
sl_init blacs_gridinit30 %
blacs_gridexit30 %
matrix distribution30 %
pdgemv.f30 %
scalapack mpi communicator30 %
algebra machine30 %
tutorial pblas30 %
scalapack pdtrsm30 %
ioffa30 %
gunzip a tar file30 %
diagonally dominant matrix example30 %
scalapack matrix multiply30 %
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Other phrases8,12434.1 %



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