Changes between Version 20 and Version 21 of netKarma/GEC13_report


Ignore:
Timestamp:
03/21/12 23:07:23 (7 years ago)
Author:
chsmall@grnoc.iu.edu
Comment:

--

Legend:

Unmodified
Added
Removed
Modified
  • netKarma/GEC13_report

    v20 v21  
    6464
    6565Once the files are uploaded to NetKarma Provenance store through the portal the workflow can be visualized both on the portal itself and through the NetKarma plugin for the Cytoscape desktop application. 
    66 Experimenters can visualise the workflow of their experiments as an Open Provenance Model (OPM) graph inside the portal. Filters can be applied against attributes of the processes and artifacts to show for example a subset of time of each experimental run. Resources uploaded as Rspec or topology files can also be visualised both in logical or geographicly based represntations. Data products such as the GoogleEarth KML "tours" allow for combination of experimental workflow with GMOC status and time seres data.
     66Experimenters can visualise the workflow of their experiments as an Open Provenance Model (OPM) graph inside the portal. Filters can be applied against attributes of the processes and artifacts to show for example a subset of time of each experimental run. Resources uploaded as Rspec or topology files can also be visualized both in logical or geographically based representations. Data products such as the GoogleEarth KML "tours" allow for combination of experimental workflow with GMOC status and time seres data.
    6767
    68 [[Image(NetKarma_experiments.png, 40%)]] NetKarma Portal Experiment creation and artifact upload
     68[[Image(NetKarma_experiments.png, 40%)]]
     69NetKarma Portal Experiment creation and artifact upload
     70
     71The NetKarma Portal development page is available at:
     72http://netkarma.testlab.grnoc.iu.edu/portal/uploader/
     73
     74A permanent production URL will be available shortly
     75
     76Source code for the NetKarma portal is available through GitHub at:
     77https://github.com/InCNTRE/NetKarma_Portal
     78
    6979
    7080
     
    7989== Collaborations ==
    8090
    81  * Jon-Paul Herron and Mitch MacKracken - GMOC  (status of resources)
    82  *  Martin Swany (Indiana University) and Ezra Kissel (University of Delaware) - GEMINI/LAMP monitoring integration
    83  * Ilia Baldine and Shu Huang - RENCI (data and metadata archives using iRODS
    84  * ExoGENI (status)
    85  * GPO Monitoring team for GENI MesoScale
    86  * Univ of Alaska (metadata and monitoring retrieval from VM instances)
    87  * Mike Zink Univ of Massachusetts Amherst on GIMI data collection and archival mechanisms
    88  * Richard Brooks and Katherine Cameron of Clemson University (Evaluating NetKarma using WiMAX DDoS experiments)
    89  * Martin Swany (Indiana University) and Ezra Kissel (University of Delaware) Evaluating NetKarma based on XSP experiments
     91 * Jon-Paul Herron and Mitch MacCracken - (GMOC)  - status of resources and GENI event records
     92 * Martin Swany (Indiana University) and Ezra Kissel (University of Delaware) - GEMINI/LAMP monitoring integration
     93 * Ilia Baldine and Shu Huang - RENCI (data and metadata archives using iRODS)
     94 * Jonathan Mills - RENCI  (ExoGENI) (status of ExoGENI cluster and event schema)
     95 * GPO Monitoring team for GENI MesoScale monitoring
     96 * Brian Hay - Univ of Alaska (metadata and monitoring retrieval from VM instances)
     97 * Mike Zink Univ of Massachusetts Amherst (GIMI) data collection and archival mechanisms
     98 * Richard Brooks and Katherine Cameron of Clemson University - Evaluating NetKarma using WiMAX DDoS experiments
     99 * Martin Swany (Indiana University) and Ezra Kissel (University of Delaware) - Evaluating NetKarma based on XSP experiments
    90100 * Giridhar Manepalli (CNRI) Measurement Data Object Descriptor (MDOD) and GENI event records.
    91101 * At GEC 13 we discussed the GENI event record and next steps on the MDOD with Harry Mussman (BBN), Jeanne Ohren (BBN), and Giridhar Manepalli (CNRI).