1. MAEviz Overview 10/31/08 Bill Spencer, Amr Elnashai Jim Myers, Shawn Hampton

2. MAEViz: Consequence-Based Risk Management for Seismic Events Engineering View of MAE Center Research Physical through Socio-economic Analysis A “Cyberinfrastructure Aware” Application Hazard Definition Inventory Selection Fragility Models Damage Prediction Decision Support

3. MAEviz – the Basics Scenario Manager Tables 2D & 3D Views Charts and Reports Data Catalog Data  Analysis  Visualization

4. –Hazard probabilistic & scenario, liquefaction –Building & Bridge Damage, functionality, retrofit –Lifeline Gas, water, electric facilities and networks, inter-network –Socioeconomic Shelter/housing needs, fiscal, business interruption MAEviz Analyses Building Related Analyses Details as of June 2008 at MAEviz Overview 6.3.08.pptMAEviz Overview 6.3.08.ppt 40+ Analysis Types, > 40% Unique to MAEviz

5. Dislocation Analysis Results

6. Short Term Shelter Needs & Supplies

7. Network-Based Seismic Retrofit (NBSR) Analysis

8. Decision Support - Data Aggregation Monetary Loss by Census Tract Injuries ($) by Census Tract Deaths ($) by Census Tract Building Dataset –Memphis Building Inventory (w/out single family homes) Event –Magnitude 7.9 Earthquake at Blytheville, AR Analysis –Equivalent Cost Analysis Death = $5,000,000 per Injury = $1,500,000 per Function loss = $100,000 per sq. ft. per day

9. Professional Look and Feel Drag and Drop Resizable Panes/Tear-off Windows Synchronized Tables/Visualizations Visualization Preferences Reporting (pdf, csv, html) Ktable sourceforge.net/projects/ktable/ geotools.org/ eclispe.org/rcpjasperreports.sourceforge.net/ vtk.org/ JFreeChart sourceforge.net/projects/jfreechart

10. Scenario Process Browser Shows overall network of analyses run Enables goal-centric work –What analyses/data are needed to enable this analysis? Enables exploratory work –What analyses can I perform given the inputs I have? Network structure is recorded as provenance

11. Usage Web Downloads: 942 –16 states –9 countries MAE Center use: –Industry –Federal and State Government (FEMA, IEMA) –Foreign Municipalities (Istanbul) – Faculty and Graduate Students (University of Illinois, Georgia Tech, Texas A&M) Wide range of interest in extensions…

12. MAEviz as a MAE/NCSA Cyberenvironment Partnership Jim Myers Associate Director NCSA Cyberenvironments

13. Leveraging Expertise and Cyberinfrastructure MAEViz has been developed faster and is more effective do to its incorporation of –Design concepts, –Lessons learned, and –Software components developed through a focused effort to understand virtual organizations and to develop domain-independent infrastructure.

14. “I have sensitive data I won’t distribute”  Network Aware WebDAV, JCR, RDF, SAM, Tupelo Desktop Secure Enterprise Data Public Reference Data Data/Metadata Computation

15. “Understanding the Scientific Basis of Decisions is Critical”  Process Aware Workflow, Provenance, RDF Discover Process Capture Execute Report

16. “Developing a Scenario requires a wide range of expertise”  Group Aware Collaboratory, Portal, … Plan, Coordinate, Share, Compare Wiki Task List Chat Document Repository Scenario Repository Training Materials SSO

17. “My results could impact how we prepare for the next event”  Dynamic Plug-ins, Provenance, Environment Eclipse RCP WorkflowDataGIS MAEviz Plug-in Framework Auto-update New Third-Party Analyses Compare, Contrast, Validate

18. An Exemplar of a New Mode of R,D & D A End-to-End Cyberenvironment Designed to Support Consequence-Based Risk Management Reducing the “Time From Discovery” –Connecting Engineering Research and Practice Demonstrating Core Design Principles and Capabilities that are Applicable Across Many Domains Providing a Concrete Use Case for Research Efforts

19. A Production Model for Collaboration MAEviz is Driven by MAE/Community Needs Architecture incorporates the latest ideas yet –MAEviz development priorities are focused on MAE/Community needs –MAEviz is developed using rigorous software engineering –MAEviz does not incorporate unproven software or extraneous core functionality to serve research needs Avoids ‘perpetual beta’ and high barriers of more tightly coupled approaches…

20. A True Partnership Leadership, Requirements Gathering, Funding, Evaluation from MAE Center Cyberinfrastructure Expertise, Developers, Components and Funded Component R&D from NCSA Use of leading Open Source toolkits for production capabilities

21. Connections with NCSA Cyberenvironments R&D Distributed Semantic Data/Metadata Management Data and Scholarship Curation and Preservation Geospatial Data Synthesis and Application-Oriented Access to Distributed Data and Compute Resources

22. MAEviz PIs Bill Spencer Jim Myers PM Terry McLaren http://maeviz.ncsa.uiuc.edu Software Team: Chris Navarro Shawn Hampton Jong Sung Lee Nathan Tolbert

23. Potential Paths Forward Continuing integration of research products to support new engineering, e.g. –NEES-R Ports Grand Challenge project R&D, e.g to: –Provide support for Multiple Hazards –Incorporate optimization techniques for decision support/urban planning –Develop real-time capabilities for post-event use –Integration with web/desktop GIS mapping tools (e.g. GoogleEarth, NASA WorldWind) –Enhance computation and display of uncertainty information –Support massive scaling via HPC or cloud computing Deeper data connections with NEES, Post Earthquake Information Management System (PIMS)