Difference between revisions of "2006-07-30 GEOSS User V - AQ Data Systems"
From Earth Science Information Partners (ESIP)
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==<center>Architectures and Technologies for Agile, User-Oriented Air Quality Data Systems</center>== | ==<center>Architectures and Technologies for Agile, User-Oriented Air Quality Data Systems</center>== | ||
− | <center>Collaborative paper for GEOSS User Workshop, Denver 2006-07-30, contact R. Husar, rhusar@me.wustl.edu</center>. | + | <center>Collaborative (white?) paper prepared for GEOSS User Workshop, Denver 2006-07-30, contact R. Husar, rhusar@me.wustl.edu</center>. |
_TOC_ | _TOC_ | ||
===Introduction to AQ Info Systems=== | ===Introduction to AQ Info Systems=== | ||
− | + | ====..Current Situation==== | |
− | + | : Few users; limited, sporadic data/model; poor integration; Dedicated 'Stove Pipe' Systems -> Stiff and limited decision support | |
− | + | ====..Near Furure==== | |
+ | : Diverse users, More sensory/model data-GEOSS; Extensive integration and 'mashing'-Web 2.0; Network effect ->Responsive decisin support | ||
+ | ====..Paper purpose and outline==== | ||
+ | : Community assessment of AQ IT; User feedback to GEOSS Architecture; Aid to agency planners | ||
===AQ Data System Architecture=== | ===AQ Data System Architecture=== | ||
− | ==== | + | ====..User-Driven Design==== |
− | ==== | + | ====..Distributed over Many Dimensions==== |
− | ==== | + | ====..Loosely Couppled==== |
− | ==== | + | ====..Manifestations: Architcture of Participation==== |
+ | ===Information Technologies=== | ||
+ | ====..Software Components: Web Services==== | ||
+ | ====..Interoperability Technologies==== | ||
+ | ====..Wrappers and Adopters==== | ||
+ | ====..Web 2.0 Technologies==== | ||
− | === | + | ===Challenges=== |
− | ====: | + | ====..Architecture==== |
− | ====: | + | : Maximize the 'Network Effect'.... |
− | ==== | + | ====..Technologies==== |
+ | : Grasping and harnessing Web 2.0 | ||
+ | ====..Human Factors==== | ||
+ | : The 4 C's: Communication, Cooperation, Coordination, Coopetition=== | ||
+ | |||
+ | ===Prototype Application Examples=== | ||
+ | ====..FASTNET==== | ||
+ | : Fast Aersosol Sensing | ||
+ | ====..CATT==== | ||
+ | : Combined Aerosol and Trajectory Tool | ||
+ | ====..GSN Demo==== | ||
− | === | + | ===So? Next Steps?=== |
− |
Revision as of 04:21, June 23, 2006
Architectures and Technologies for Agile, User-Oriented Air Quality Data Systems
.
_TOC_
Introduction to AQ Info Systems
..Current Situation
- Few users; limited, sporadic data/model; poor integration; Dedicated 'Stove Pipe' Systems -> Stiff and limited decision support
..Near Furure
- Diverse users, More sensory/model data-GEOSS; Extensive integration and 'mashing'-Web 2.0; Network effect ->Responsive decisin support
..Paper purpose and outline
- Community assessment of AQ IT; User feedback to GEOSS Architecture; Aid to agency planners
AQ Data System Architecture
..User-Driven Design
..Distributed over Many Dimensions
..Loosely Couppled
..Manifestations: Architcture of Participation
Information Technologies
..Software Components: Web Services
..Interoperability Technologies
..Wrappers and Adopters
..Web 2.0 Technologies
Challenges
..Architecture
- Maximize the 'Network Effect'....
..Technologies
- Grasping and harnessing Web 2.0
..Human Factors
- The 4 C's: Communication, Cooperation, Coordination, Coopetition===
Prototype Application Examples
..FASTNET
- Fast Aersosol Sensing
..CATT
- Combined Aerosol and Trajectory Tool