WWW Statistics for ScaLAPACK
A new visits is defined as each new incoming visitor (viewing or browsing a page) who was not connected to your site during last 60 mn.
Number of client hosts (IP address) who came to visit the site (and who viewed at least one page).
This data refers to the number of different physical persons who had reached the site.
Number of times a page of the site is viewed (Sum for all visitors for all visits).
This piece of data differs from "hits" in that it counts only HTML pages as oppose to images and other files.
Number of times a page, image, file of the site is viewed or downloaded by someone.
This piece of data is provided as a reference only, since the number of "pages" viewed is often prefered for marketing purposes.
This piece of information refers to the amount of data downloaded by all pages, images and files within your site.
Units are in KB, MB or GB (KiloBytes, MegaBytes or GigaBytes)
Awstats recognizes each access to your site after a search from the 228 most popular Internet Search Engines and Directories (such as Yahoo, Altavista, Lycos, Google, Voila, etc...).
List of all external pages which were used to link (and enter) to your site (Only the 10 most often used external pages are shown). Links used by the results of the search engines are excluded here because they have already been included on the previous line within this table.
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...).
Note that total number of searches for keywords might be greater than total number of searches for keyphrases (real number of searches) because when 2 keywords were used on same search, search is counted twice for keywords (once for each word).
Robots (sometimes refer to Spiders) are automatic computer visitors used by many search engines that scan your web site to index it and rank it, collect statistics on Internet Web sites and/or see if your site is still online.
Awstats is able to recognize up to 643 robots.
All time related statistics are based on server time.
Here, reported data are: average values (calculated from all data between the first and last visit in analyzed range).
Here, reported data are: cumulative sums (calculated from all data between the first and last visit in analyzed range).
Some Visits durations are 'unknown' because they can't always be calculated. This is the major reason for this:
- Visit was not finished when 'update' occured.
- Visit started the last hour (after 23:00) of the last day of a month (A technical reason prevents Awstats from calculating duration of such sessions)
Worms are automatic computer visitors that are in fact external servers, infected by a virus, that try to make particular hits on your server to infect it. In most cases, such worms exploit some bugs of not up to date or commercial servers. If your system is not the sensitive target of the worm, you can simply ignore those hits.
There is very few 'server worms' in the world but they are very active at some times. Awstats is able to recognize 0 known worm's signatures (nimda,code red,...).
No description for this error.
Request was understood by server but will be processed later.
Server has processed the request but there is no document to send.
Partial content.
Requested document was moved and is now at another address given in answer.
No description for this error.
Syntax error, server didn't understand request.
Tried to reach an URL where a login/password pair was required.
A high number within this item could mean that someone (such as a hacker) is attempting to crack, or enter into your site (hoping to enter a secured area by trying different login/password pairs, for instance).
Tried to reach an URL not configured to be reachable, even with an login/password pair (for example, an URL within a directory not defined as "browsable".).
Tried to reach a non existing URL. This error often means that there is an invalid link somewhere in your site or that a visitor mistyped a certain URL.
Server has taken too much time to respond to a request. This error frequently involves either a slow CGI script which the server was required to kill or an extremely congested web server.
Internal error. This error is often caused by a CGI program that had finished abnormally (coredump for example).
Unknown requested action.
Code returned by a HTTP server that works as a proxy or gateway when a real, targeted server doesn't answer successfully to the client's request.
Internal server error.
Gateway Time-out.
HTTP Version Not Supported.
Statistics for: www.netlib.orgAwstats Web Site
Last Update: 09 Jan 2011 - 06:38
Reported period:Year 2011
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Keyphrases used on search engines  
293 different keyphrasesSearchPercent
scalapack14928 %
pblas122.2 %
numroc81.5 %
scalapack tutorial50.9 %
descinit40.7 %
scalapack example40.7 %
pdelset40.7 %
parallel efficiency40.7 %
pdsyevd40.7 %
pdelget40.7 %
scalapack numroc30.5 %
grid size30.5 %
psgels scalapack30.5 %
scalapack installer30.5 %
iceil30.5 %
sparse lapack30.5 %
descb30.5 %
scalapack users guide30.5 %
netlib scalapack30.5 %
error norms30.5 %
sparse scalapack20.3 %
scalapack c20.3 %
scalapack eigenvalue20.3 %
scalapack least squares algorithm20.3 %
pdstein.f20.3 %
pdsygvx20.3 %
pdsyevx20.3 %
hessenberg form lu20.3 %
pdlawrite20.3 %
cpdgemr2d20.3 %
pdstedc20.3 %
pdgemr2d20.3 %
2x p 5 cl 75 dr 36 vd 45 hu 53 sa20.3 %
pdlapiv20.3 %
scalapack svd20.3 %
pzhegvx20.3 %
scalapack test20.3 %
pblas example20.3 %
pzgemm input arguments20.3 %
sl_init20.3 %
debian scalapack test20.3 %
scalapack sl_init20.3 %
scalapack user s guide20.3 %
scalapack performance numbers20.3 %
errors in numerical calculations20.3 %
pdlaread20.3 %
pdlacpy20.3 %
row blocks20.3 %
lapack parallel20.3 %
unitary matrix example20.3 %
pdormtr20.3 %
pdsygst.f10.1 %
dger dgemm dtrsm10.1 %
pdgesv10.1 %
how run program in mpi10.1 %
where to zero a scope in knoxville10.1 %
pzelget10.1 %
xsteqr routine10.1 %
lapack totorial10.1 %
pdstedc driver10.1 %
salapack10.1 %
indxg2p10.1 %
pzelset example10.1 %
scalapack lapack10.1 %
qr matrix inverse10.1 %
scalapack srcflag10.1 %
svd scalpack10.1 %
scalapack for windows10.1 %
direct sparse10.1 %
how to measure errors10.1 %
precision errors rounding cancellation underflow overflow10.1 %
tridiagonal matrix algorithm10.1 %
lapack sparse iterative solvers10.1 %
parallel matrix package10.1 %
condition upper hessenberg10.1 %
linear least squares problem10.1 %
pbsblas10.1 %
matrix dot product scalapack10.1 %
pdgesv scalapack10.1 %
block-cyclic10.1 %
pdsyev10.1 %
accuracy vs stability numerical10.1 %
bidiagonalform10.1 %
library fortran sparse lapack10.1 %
pdgeqrf10.1 %
test suite for gunzip10.1 %
storage band matrix10.1 %
89 mk 56 dh 89 wq 78 qu 98 fr maps10.1 %
lapack and scalapack10.1 %
execute mpi programs10.1 %
qr algorithmus tridiagonal10.1 %
indxg2l10.1 %
scalapck10.1 %
superlu10.1 %
how to run mpi program10.1 %
mapingas blockai10.1 %
scalapack downlod10.1 %
hermitian matrix tridiagonal10.1 %
blacs source code10.1 %
scalapack matrix multiplication10.1 %
lu symmetric matrix10.1 %
alignment restriction10.1 %
sub_pc_type10.1 %
pblas c10.1 %
sclapack10.1 %
error norm10.1 %
pzelset.f10.1 %
blacs sl_init10.1 %
parallel blas10.1 %
cyclic block distribution10.1 %
parallel efficiency scalability10.1 %
parallel lapack c10.1 %
cost of asci red10.1 %
sizeto grid10.1 %
jugnj10.1 %
scalapack visual studio10.1 %
pzgesv10.1 %
pcheevx.f10.1 %
d&p h8 informatii10.1 %
lu algorithm for tridiagonal matrix10.1 %
scalapac10.1 %
run mpi program10.1 %
block cyclic distribution10.1 %
lapack sparse10.1 %
reshape c10.1 %
888\]u 7 ]y[=i7] j\6u] j64 aj10.1 %
n k jn10.1 %
scalapack pblas c10.1 %
o n execution time10.1 %
calling scalapack routines in c interface10.1 %
blacs gridexit c10.1 %
jvc td w 111 bk10.1 %
libmpi.a is missing10.1 %
lu factorization diagonal dominant10.1 %
heterogeneous networks10.1 %
prototype software10.1 %
hierarchy memory10.1 %
blas library10.1 %
scalapack least squares10.1 %
qr with column pivoting10.1 %
numroc_10.1 %
in example10.1 %
netlib pblas10.1 %
scalapack pdelget10.1 %
netlib tutorial10.1 %
array descriptor10.1 %
how to gzip a tar file10.1 %
netlib scalapack example1.f10.1 %
pvlas10.1 %
minimum norm solution svd10.1 %
blas mpi10.1 %
how to calculate parallel efficiency in teradata10.1 %
scalapack routines10.1 %
relative precision of the machine10.1 %
on entry to pdgels parameter number 6 had an illegal value10.1 %
c interface to scalapack10.1 %
scalapack subroutines10.1 %
pdlarfb10.1 %
rq factorization10.1 %
matrix absolute error bounds10.1 %
process grid10.1 %
lower-packed matrix submatrix10.1 %
example pdlawrite10.1 %
calculating overall efficiency in a parallel10.1 %
fortran interface10.1 %
zgebs2d10.1 %
pdgesv scalapack documentation10.1 %
pzheevd10.1 %
pdmatadd10.1 %
how to configure scalapack10.1 %
cslapack10.1 %
scalapack license10.1 %
pcheevx10.1 %
igerv2d_10.1 %
scalapack install.pdf10.1 %
block cyclic array of global dimension n n10.1 %
out of core performance10.1 %
mpi parameter#sclient=psy10.1 %
global integer. the row and column indices in the global array a indicating the first row and the first column of the submatrix a respectively.10.1 %
sparse gaussian elimination10.1 %
installer scalapack10.1 %
absolute error computed function10.1 %
pblas download10.1 %
what is a small standard error10.1 %
blas installer10.1 %
scalapack irregular distributed matrix10.1 %
pblas error parameter number10.1 %
run mpi -n10.1 %
frobenius norm matrix example10.1 %
scalapack user guide10.1 %
2-d block cyclic lu10.1 %
array aa 410.1 %
block-cyclic distribution10.1 %
scalapack driver10.1 %
tuning of distributor and point10.1 %
lubskb lapack parallel10.1 %
pzstein10.1 %
netlib parallel scalapack tennessee10.1 %
lapack scalapack10.1 %
distribute block cyclic10.1 %
gunzip a tgz file10.1 %
difference between orthogonal and unitary matrix10.1 %
scalpick routines10.1 %
pzhegvx.f10.1 %
how to measure error10.1 %
lwork10.1 %
scalapack documentation10.1 %
scalapack descinit10.1 %
installment plan10.1 %
parallel lu factorization10.1 %
http //www.`2dd vc nmn m9.org/10.1 %
cdefs scalapack10.1 %
direct sparse solver10.1 %
parallel lu cholesky10.1 %
single index transformation10.1 %
efficiency of parallelization10.1 %
http //www.netlib.org/blas/blas.shar10.1 %
how debug application10.1 %
netlib parallel10.1 %
scalapack vs atlas vs blas10.1 %
netlib archive10.1 %
scalapack mpi10.1 %
acml scalapack threading single10.1 %
ctoc jaybee10.1 %
qr column pivoting10.1 %
lu decomposition of a general band matrix10.1 %
pdgemm vs. pdgemv10.1 %
measuring errors10.1 %
scalapack inverse matrix10.1 %
blacs_pinfo10.1 %
pzgesv scalapack10.1 %
blacs gridinfo c10.1 %
how cyclic one dimensional data distribution work?10.1 %
aqe elo 5u 5 h ed yt etg y10.1 %
estimated execution time10.1 %
4d1358a310.1 %
core 1 distribute and solve 310.1 %
bidiagonal form in matlab10.1 %
lapack mpi10.1 %
tridiagonal matrix10.1 %
pbtools10.1 %
www.mbc.net/mydist10.1 %
scalapack deadlock pdsyev10.1 %
simple scalapack example10.1 %
minimum norm least squares problem10.1 %
schur factorization10.1 %
pdsyevx trying diagonalization with large cluster size10.1 %
what is diffination of error bound10.1 %
example program10.1 %
gunzip tgz10.1 %
pdgetrf10.1 %
error 1105 global array 010.1 %
svd %
scalapack testing10.1 %
band matrix storage10.1 %
crot_ scalapack10.1 %
how to execute mpi program10.1 %
scaclapack blacs compile order10.1 %
banded qr factorization10.1 %
read file and distribute scalapack10.1 %
matinit10.1 %
cpu efficiency parallel definition10.1 %
download scalapack10.1 %
scalapack pdelset10.1 %
pdgetrs10.1 %
what is homogeneous network10.1 %
parallel efficiency function10.1 %
multiplication roundoff error10.1 %
pdlaprnt10.1 %
norm error10.1 %
test svd10.1 %
software prototype10.1 %
matrix multiply scalapack10.1 %
pdsyevx.f10.1 %
scalapack library10.1 %
scalapack standard block cyclic array10.1 %
scalapack dgetrf10.1 %
1.g t. yt 5 g5 j710.1 %
homogeneous network10.1 %
pdelset210.1 %
accuracy and stability10.1 %
pivoting banded systems10.1 %
pblas utility routines10.1 %
gif intitle index-of10.1 %
pdpotrf.f10.1 %
max modulo jp10.1 %
parallel program efficiency definition10.1 %
what is homogeneouus network10.1 %
row block10.1 %
capss sparse10.1 %
for all error calculations10.1 %
scalapack diagonalization subroutine10.1 %
parallel laspack10.1 %

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