Lessons for Planning or Modernizing Seismic Networks
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Transcript Lessons for Planning or Modernizing Seismic Networks
Progress Report
TIC Working Group E
Evolutionary System Architecture
Walter Arabasz
&
David Oppenheimer
November 19, 2004
Working Group Members...
Walter Arabasz, Chair (Univ. of Utah, NIC & TIC)
Glenn Biasi (Univ of Nevada, Reno & NIC)
Ray Buland (USGS Golden & NEIC)
Art Lerner-Lam (Lamont-Doherty Earth Observatory & IRIS)
Phil Maechling (Univ. of Southern California & SCEC)
Tom Murray (USGS Anchorage & AVO)
David Oppenheimer (USGS Menlo Park, NIC & CISN)
Rick Schult (Air Force Research Lab, Hanscomb AFB)
Tony Shakal (California Geological Survey/Strong-Motion
Instrumentation Program & CISN)
Mitch Withers (Univ of Memphis & NIC)
Charge
•
Define an evolutionary path for transforming
existing elements of ANSS into a functional
nationwide system—with emphasis on steps that
can be taken in the near term (1-3 yrs), based on
realistic ANSS funding projections
•
Clarify key system performance goals [relevant to
system design] and characterize “where we are
now”
•
Account for geopolitical realities as well as
abstract ideals in designing an ANSS system
architecture
Some Key Issues
ANSS not fully funded; OFR02-92
vision unrealistic
Status quo unacceptable — patchwork,
not a system
New vision needed with evolutionary
steps
Some Guiding Principles
Adoption of guidance from NIST’s Baldrige National Quality
Program — a systems approach to Performance Excellence
Desired Outcome — effective system with standardized
products; operated with a high degree of professionalism by
dedicated well-trained staff
EQ reporting depends on a three-legged stool of (1) sensors,
(2) processing, and (3) scientific knowledge; ANSS
architecture must explicitly address these elements
Baldrige National Quality
Program — 7 Criteria
(Assessment,self-improvement and/or
Planning tools)
Leadership
Strategic Planning
Customer (and Market) Focus
Measurement, Analysis, and Knowledge
Human Resource Focus
Process Management
Organizational Performance Results
Road Map for Partnership
How do we reconcile state/local ownership,
investment in, and ongoing support of
significant infrastructure for seismic
monitoring with the prescriptions of ANSS
decision makers?
What we’ve done to date
Clarified key system performance goals
Characterized “where we are now”
Canvassed views on “centralization”
Developed consensus on system
architecture
Explored evolutionary steps
Some problems with status quo
Standardization of algorithms lacking
Need for reconciliation of multiple
reports of earthquakes
No centralized waveform archiving
No standardized error estimates
Inadequate metadata
Uneven exchange of waveform data
between networks
Problems (continued)
No on-site 7X24 response
Limited access to data by research
community in RT
Software and system complexity is
daunting
Code not “open source”
Duplication of software development
RSN’s located in high seismic areas
Integrated Processing Service
WEB
EQalert
OFR 02-92 Nomenclature
Info outlet
Archive
IPS
Data processing
Concentrator
EOC
OES
FEMA,
NOAA…
RSNs
NEIC
WEB
Stations
EQalert
So, what’s different?
• ≥ 7 RPCs
• NEIC is
backup
• RPCs
exchange
data
Features of an
Integrated Processing Service
Standardized product algorithms
Facilitates more rapid and cost-effective
response because of dedicated 7X24
All products go into a central DBMS
Continuous waveform archive
Distribution of concentrated RT waveforms to
R&D groups
Single connection for Earthscope USArray and
PBO data streams
All ANSS partners have access to this DBMS
Regional networks backup IPS
WG-E Recommendations
IPS concept
Undertake evolutionary steps
– Do an evaluation – is this realistic? how
expensive? Identify unproven technologies
– Write system specifications for standardized
processing
– Undertake a pilot project; do no harm
– Connect regions
– Parallel operation, evaluation, and testing
– Distribute standardized software to RSNs
Recommendations continued
Develop ANSS commitment to transparent
process for software development
Identify and pursue joint funding of software
development to enable USArray/PBO/ANSS
waveform integration
Develop a good process for ANSS development
(framework, best practices, principles, feedback)
based on Baldrige approach
Identify dedicated manager and provide budget
(~$300K/yr) for software development