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From sma...@apache.org
Subject svn commit: r1410991 - in /airavata/site/trunk/content: about/history.mdtext development/edit-cms-website.mdtext images/airavata_overview.png index.mdtext
Date Sun, 18 Nov 2012 21:29:11 GMT
Author: smarru
Date: Sun Nov 18 21:29:08 2012
New Revision: 1410991

URL: http://svn.apache.org/viewvc?rev=1410991&view=rev
Log:
testing image resize

Modified:
    airavata/site/trunk/content/about/history.mdtext
    airavata/site/trunk/content/development/edit-cms-website.mdtext
    airavata/site/trunk/content/images/airavata_overview.png
    airavata/site/trunk/content/index.mdtext

Modified: airavata/site/trunk/content/about/history.mdtext
URL: http://svn.apache.org/viewvc/airavata/site/trunk/content/about/history.mdtext?rev=1410991&r1=1410990&r2=1410991&view=diff
==============================================================================
--- airavata/site/trunk/content/about/history.mdtext (original)
+++ airavata/site/trunk/content/about/history.mdtext Sun Nov 18 21:29:08 2012
@@ -16,41 +16,26 @@ Notice:    Licensed to the Apache Softwa
            specific language governing permissions and limitations
            under the License.
 
-Apache Airavata originated from the [Extreme Computing Lab][extreme] at [Indiana University][iu]

-then directed by [Dr. Dennis Gannon][dennis]. The concepts and initial versions of the code
is a byproduct
-of over a dozen PhD dissertations and years of research and development efforts.  The software
is 
-initially envisioned to meet the challenging goals of the [Linked Environments for Atmospheric
Discovery (LEAD)][lead] project.
+Apache Airavata originated from the [Extreme Computing Lab][extreme] at [Indiana University][iu]
then directed by [Dr. Dennis Gannon][dennis]. The concepts and initial versions of the code
is a byproduct of over a dozen PhD dissertations and years of research and development efforts.
 The software is initially envisioned to meet the challenging goals of the [Linked Environments
for Atmospheric Discovery (LEAD)][lead] project.
 
 ## LEAD Science Gateway 
 
-LEAD has pioneered new approaches for integrating, modeling, and mining complex weather data
and 
-Cyberinfrastructure systems to enable faster-than-real-time severe weather forecasts. 
-LEAD goals required to create a dynamically adaptive, on-demand, grid-enabled workflow system

-supporting long running applications and on-demand computing. LEAD has subsequently produced
close 
-to 450 research publications combined in all disciplines. The resulting software framework
was built 
-on the concepts of service oriented architectures powering the LEAD Gateway Portal.
+LEAD has pioneered new approaches for integrating, modeling, and mining complex weather data
and Cyberinfrastructure systems to enable faster-than-real-time severe weather forecasts.

+LEAD goals required to create a dynamically adaptive, on-demand, grid-enabled workflow system
supporting long running applications and on-demand computing. LEAD has subsequently produced
close to 450 research publications combined in all disciplines. The resulting software framework
was built on the concepts of service oriented architectures powering the LEAD Gateway Portal.
 
 ## Open Gateway Computing Environments
 
-The [Open Gateway Computing Environments (OGCE)][ogce] adopted the LEAD workflow suite 
-generalized, enhanced, tested and maintained the software evolving into the OGCE workflow
suite. 
-OGCE has promoted collaborative software development through SourceForge and has worked together

-with various universities and Lanka Software Foundation in enriching and sustaining the software.
+The [Open Gateway Computing Environments (OGCE)][ogce] adopted the LEAD workflow suite generalized,
enhanced, tested and maintained the software evolving into the OGCE workflow suite. OGCE has
promoted collaborative software development through SourceForge and has worked together with
various universities and Lanka Software Foundation in enriching and sustaining the software.
 
 ## Science Gateways Programs
 
-The Science Gateways Program within [TeraGrid][teragrid] Grid Infrastructure Group and its
follow on 
-[Extreme Science and Engineering Discovery Environment(XSEDE)][xsede] has significantly contributed
to
-the enrichment and wider adoption of the legacy versions of the Airavata software. These
extensive usage
-by various science gateways has matured the software and building in fault tolerant capabilities.

+The Science Gateways Program within [TeraGrid][teragrid] Grid Infrastructure Group and its
follow on [Extreme Science and Engineering Discovery Environment(XSEDE)][xsede] has significantly
contributed to the enrichment and wider adoption of the legacy versions of the Airavata software.
These extensive usage by various science gateways has matured the software and building in
fault tolerant capabilities. 
 
 ## Acknowledgments
 
 ### National Science Foundation
 
-The code donated to Airvata is developed by research grants to LEAD and OGCE projects funded
by 
-National Science Foundation awards [ATM-0331480][nsflead], [OCI-0721656][nsfogceold], 
-[OCI-1032742][nsfogcenew] and [SCI-0503697][nsftggig]
+The code donated to Airavata is developed by research grants to LEAD and OGCE projects funded
by National Science Foundation awards [ATM-0331480][nsflead], [OCI-0721656][nsfogceold], [OCI-1032742][nsfogcenew]
and [SCI-0503697][nsftggig]
 
 
 [extreme]: http://extreme.indiana.edu

Modified: airavata/site/trunk/content/development/edit-cms-website.mdtext
URL: http://svn.apache.org/viewvc/airavata/site/trunk/content/development/edit-cms-website.mdtext?rev=1410991&r1=1410990&r2=1410991&view=diff
==============================================================================
--- airavata/site/trunk/content/development/edit-cms-website.mdtext (original)
+++ airavata/site/trunk/content/development/edit-cms-website.mdtext Sun Nov 18 21:29:08 2012
@@ -30,7 +30,7 @@ HTML pages directly. The actual edit is 
     your log message) and automatically build HTML files out of the the mdtext files
     (see the commit mail with "Staging update by buildbot" as log messge).
      Before you publish youe changes in next step, you can verify the changes on the staging
site
-    - [http://airavata.staging.apache.org/][http://airavata.staging.apache.org/]. 
+    - [http://airavata.staging.apache.org](http://airavata.staging.apache.org). 
 
  2. Second you need to publish the staging part to the production section (see the
     commit mail with "Publishing merge to airavata site by <your Apache ID>"
@@ -41,7 +41,7 @@ HTML pages directly. The actual edit is 
 ### Via commandline
 
 It is assumed that you have already checked out the code from the SVN repository
-()https://svn.apache.org/repos/asf/airavata/site/trunk/).
+[https://svn.apache.org/repos/asf/airavata/site/trunk/](https://svn.apache.org/repos/asf/airavata/site/trunk/).
 
 Edit the file via your favorite editor like vi and finally commit via SVN:
 
@@ -115,7 +115,7 @@ table cell and enter a commit message. F
 After you have edited your files and/or directories, you need now to pubish your
 modifications into production. For this please click on the link
 [Publish site] on the top of the webpage. Enter a commit message on click on [Submit].
-Alterantively you can click on this [pubish link][https://cms.apache.org/airavata/publish],
review the diff's and submit.
+Alterantively you can click on this [pubish link](https://cms.apache.org/airavata/publish),
review the diff's and submit.
 
 ### Links
 

Modified: airavata/site/trunk/content/images/airavata_overview.png
URL: http://svn.apache.org/viewvc/airavata/site/trunk/content/images/airavata_overview.png?rev=1410991&r1=1410990&r2=1410991&view=diff
==============================================================================
Binary files - no diff available.

Modified: airavata/site/trunk/content/index.mdtext
URL: http://svn.apache.org/viewvc/airavata/site/trunk/content/index.mdtext?rev=1410991&r1=1410990&r2=1410991&view=diff
==============================================================================
--- airavata/site/trunk/content/index.mdtext (original)
+++ airavata/site/trunk/content/index.mdtext Sun Nov 18 21:29:08 2012
@@ -16,17 +16,10 @@ Notice:    Licensed to the Apache Softwa
            specific language governing permissions and limitations
            under the License.
 
-Apache Airavata is a distributed computing software framework predominantly used to build
Science Gateways. Airavata provides features to construct, execute, manage and monitor small
to large scale applications and workflows on computational resources including local clusters,
supercomputers, national grids, academic and commercial clouds. Airavata builds on general
concepts of service oriented computing, distributed messaging, and workflow composition and
orchestration.
+Apache Airavata is a distributed computing service-oriented framework predominantly used
to build Science Gateways. Airavata provides software components to construct, execute, manage
and monitor small to large scale applications and workflows on computational resources including
local clusters, supercomputers, national grids, academic and commercial clouds. Airavata builds
on general concepts of service oriented computing, distributed messaging, and workflow composition
and orchestration.
 
-Airavata bundles services  interfaces to Airavata back end services can be deployed in open
social containers such as Apache Rave and modify them to suit their needs.
+Airavata, (pronounced *I-rAa-Va-Thah*) is a mythical multi-tasked elephant with three heads
and six ivory tusks, it is often depicted at the Gateway to Clouds. Airavata is choosen as
the name for this multifaceted software which builds gateways to clouds and grids.
 
-#### Airavata in 1000 words
+### Airavata in 1000 words
 
-![Airavata Overview](/images/airavata_overview.png "Airavata Overview")
-
-### Airavata Components 
-
-* XBaya Workflow Suite - includes a GUI for workflow composition and monitoring. The workflows
can be interpreted at each step providing dynamic interactive capabilities. The composed workflow
can be exported to various workflow languages like BPEL, SCUFL, Condor DAG, Jython and Java.
The defacto workflow enacting engine used is Apache ODE.
-* GFac - an application wrapper service that can be used to wrap command line-driven science
applications and make them into robust, network- accessible services. This component is build
on Axis2 web service stack.
-* XRegistry - a registry service for storing deployment information about wrapped application
services and constructed workflows.
-* WS-Messenger - a publish-subscribe based message broker implemented on top of Apache Axis2
web services stack. It implements the WS-Eventing and WS-Notifications specifications and
incorporates a message box component that facilities communications with clients behind firewalls
and overcomes network glitches.
\ No newline at end of file
+![Airavata Overview](/images/airavata_overview.png "Airavata Overview")
\ No newline at end of file



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