MAEviz Overview 103108 Bill Spencer, Amr Elnashai Jim Myers, Shawn Hampton

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MAEviz Overview10/31/08Bill Spencer, Amr
ElnashaiJim Myers, Shawn Hampton
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MAEViz Consequence-Based Risk Management for
Seismic Events
Decision Support
Damage Prediction
Fragility Models
Inventory Selection

• Engineering View of MAE Center Research
• Physical through Socio-economic Analysis
• A Cyberinfrastructure Aware Application

Hazard Definition
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MAEviz the Basics
2D 3D Views
Charts and Reports
Scenario Manager
Data Catalog
Tables
Data ? Analysis ? Visualization
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MAEviz Analyses

• 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

• 40 Analysis Types, gt 40 Unique to MAEviz

Building Related Analyses
Details as of June 2008 at MAEviz Overview
6.3.08.ppt
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Dislocation Analysis Results
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Short Term Shelter Needs Supplies
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Network-Based Seismic Retrofit (NBSR) Analysis
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Decision Support - Data Aggregation

• 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

Monetary Loss by Census Tract
Deaths () by Census Tract
Injuries () by Census Tract
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Professional Look and Feel

• Drag and Drop
• Resizable Panes/Tear-off Windows
• Synchronized Tables/Visualizations
• Visualization Preferences
• Reporting (pdf, csv, html)

geotools.org/
vtk.org/
eclispe.org/rcp
jasperreports.sourceforge.net/
Ktable sourceforge.net/projects/ktable/
JFreeChart sourceforge.net/projects/jfreechart
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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

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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 AM)
• Wide range of interest in extensions

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MAEviz as a MAE/NCSA Cyberenvironment Partnership

• Jim Myers
• Associate Director
• NCSA Cyberenvironments

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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.

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I have sensitive data I wont distribute?
Network Aware
Secure Enterprise Data

• WebDAV, JCR, RDF, SAM, Tupelo

Desktop
Public Reference Data
Data/Metadata
Computation
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Understanding the Scientific Basis of Decisions
is Critical? Process Aware

• Workflow, Provenance, RDF

Process Capture
Discover
Execute
Impact of a New Madrid Event
Report
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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
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My results could impact how we prepare for the
next event ? Dynamic

• Plug-ins, Provenance, Environment

New Third-Party Analyses
Compare, Contrast, Validate
Auto-update
MAEviz
Workflow
Data
GIS
Eclipse RCP
Plug-in Framework
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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

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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

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A True Partnership

• Leadership, Requirements Gathering, Funding,
  Evaluation from MAE Center
• Cyberinfrastructure Expertise, Developers,
  Components and Funded Component RD from NCSA
• Use of leading Open Source toolkits for
  production capabilities

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Connections with NCSA Cyberenvironments RD

• Distributed Semantic Data/Metadata Management
• Data and Scholarship Curation and Preservation
• Geospatial Data Synthesis and Application-Oriented
  Access to Distributed Data and Compute Resources

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• MAEviz PIs
• Bill Spencer
• Jim Myers
• PM
• Terry McLaren

• Software Team
• Chris Navarro
• Shawn Hampton
• Jong Sung Lee
• Nathan Tolbert

http//maeviz.ncsa.uiuc.edu
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Potential Paths Forward

• Continuing integration of research products to
  support new engineering, e.g.
• NEES-R Ports Grand Challenge project
• RD, 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)