Transcript MAEviz Feature Highlights - Dashboard

Mid-America Earthquake Center
MAEviz as a MAE/NCSA
Cyberenvironment Partnership
Jim Myers
Associate Director
NCSA Cyberenvironments
Mid-America Earthquake Center
Leveraging Expertise and Cyberinfrastructure
•
MAEViz has been developed faster and is more
effective due 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.
Mid-America Earthquake Center
“Understanding the Scientific Basis of Decisions is Critical”
 Process Aware
Process
Capture
Discover
Execute
Impact of a New Madrid Event
Impact of a New Madrid Event
Impact of a New Madrid Event
Impact of a New Madrid Event
•
Workflow, Provenance, RDF
Report
Mid-America Earthquake Center
“Developing a Scenario requires a wide range of expertise”
 Group Aware
Plan, Coordinate,
Share, Compare
SSO
Wiki
Task List
Chat
Document Repository
Scenario Repository
Training Materials
•
Collaboratory, Portal, …
Mid-America Earthquake Center
“My results could impact how we prepare for the next event”
 Dynamic
New Third-Party
Analyses
Compare, Contrast,
Validate
Auto-update
MAEviz
GIS
Workflow
Data
Eclipse RCP
•
Plug-ins, Provenance, Environment
Plug-in Framework
Mid-America Earthquake Center
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”
Demonstrating Core Design Principles and
Capabilities Applicable Across Many Domains
Providing a Concrete Use Case for New
Developments
Mid-America Earthquake Center
Cyberenvironments
Mosaic and Cyberenvironments
•
•
Mosaic
– By early 1990s, the internet had a
wealth of resources, but they
were inaccessible to most
scientists
– Individual publishing
– Browsing versus retrieving
– See “Web 2.0 ... The Machine is
Us/ing Us”
Cyberenvironments
– By the early 2000’s, the internet
and grid had a wealth of
interactive resources, but they
were inaccessible to most
scientists
– Individual information models
– Fusion versus gathering
See “The Machine is Us/ing
Us”! Michael Wesch
Mid-America Earthquake Center
Digital Observatories
Publish
Model
Researchers
From Basic
Research to
Societal
Impact
Observe
Policy
Makers
Students
Citizens
Explore
Understand
Mid-America Earthquake Center
The Open Provenance Model
NCSA, Pacific Northwest National Laboratory, U. Utah, U. Southampton via the
International Provenance and Annotation Workshop (IPAW) series
Semantic Web Implementation
within NCSA’s Tupelo Framework
The
Baker
NSF
wascatalyzedby
used
recipe
wascatalyzedby
Making
desert
proposal
The
Oven
funding
wastriggeredby
wastriggeredby
wascatalyzedby
ingredients
used
used
Cake
baking
cake
wasgeneratedby
Mid-America Earthquake Center
Digital Preservation
•
Part of the EU SHAMAN effort to develop robust
preservation systems
Format Interpretation
DFDL
Format
Descriptors
Defuddle
Content Presentation
Logical/
Semantic
Data Model
NCSA
MultiValent
Browser
U. Liverpool
Distributed Records Management Framework
ASCII
XML
Binary
e.g. Word
1.0
IRoDS
SDSC/SHAMAN
Mid-America Earthquake Center
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 methods
– 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…
Mid-America Earthquake Center
A True Partnership
•
•
Leadership, Requirements Gathering, Funding,
Evaluation from MAE Center
Cyberinfrastructure Expertise, Developers,
Components and Funded Component R&D from
NCSA