Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Ocean Observatories Initiative CI Release 3 Life Cycle Objectives Review Charge to the Review Board

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 R3 Review Board Members Sue Banahan* - OOI Program Office (PMO) Ed Chapman - PMO, OOI Chief Systems Engineer Mark Fornwall – USGS/Ocean Biogeogr. Info. Syst. Jonathan Fram – OSU, Endurance Array Steve Gaul – CG, Systems Architect & CI Interface Doug Luther – U Hawaii, RSN Project Scientist Andrea McCurdy – PMO, Assoc. Project Manager EPE Art Miller – SIO Climate Sciences, Oceanogr./Sr. Lecturer *chair 1

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Review Meeting Logistics Full agenda - need to stay on schedule –Closed review board sessions in the morning, during lunch, and end of the day. –3 sets of parallel breakout sessions Please hold questions to the end of presentations unless critical. Please return from breaks on time Etherpad for notes (quick demo?) Anything else? 2

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Release 3 R3 will deliver OnDemand Measurement Processing Incorporates: –R1 Data Distribution Network –R2 Managed Instrument Network Add the end-to-end control of how data are processed, support more advanced workflows of instrument providers and data product consumers, and on-demand measurements supporting event-driven opportunistic observations. First release of the Integrated Observatory Network (ION) that is intended for exposure to the general public. 3

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9,

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Review Board Charge Assess the progress of development efforts and plans during R3 Inception Phase. Is the R3 effort ready to proceed to the Elaboration Phase? Develop findings, recommendations, and suggestions to CI and the OOI PMO. Deliver report-out presentation Thursday afternoon, followed by a report. 5

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Evaluation Criteria - Entry R3 LCO documentation available. Is the R3 LCO documentation presented complete and sufficient to evaluate the progress of the R3 Inception phase? 6

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Evaluation Criteria - Exit 1.Are the use cases understood and do they provide a complete description of the release scope? 2.Are the candidate requirements understood and do they cover the critical use cases? 3.Are the critical risks identified and have they been mitigated through exploratory prototypes? 4.Are the candidate architectures viable as demonstrated through analysis and prototyping? 5.Is the Elaboration Execution Plan credible*? *Based on artifacts/presentations/discussions, are board members confident that the elaboration plan will be successful? 7

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Other Suggested Criteria Does the prioritization of use cases look appropriate? Do the prototypes address the critical risks? Is R2 sufficiently advanced to support R3 development? Are there unresolved issues, unfinished tasks, or remaining scope from R2 milestone reviews that would impact R3 Elaboration? Does the R3 Elaboration Plan accommodate unfinished tasks/scope? 8

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Breakout Session Assignments #1 Tuesday, 14:45-16:00 Group 1 – Data Management (Sue) Group 2 – Analysis and Synthesis () #2 Wednesday, 08:30-10:00 Group 1 – Common Operating Infrastructure () Common Execution Infrastructure Group 2 – Sensing and Acquisition (Sue) #3 Wednesday, 10:15-11:45 Group 1 – Marine Integration, Sensor Sets, Dataset Agents (Sue) Group 2 – Planning and Prosecution () 9

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9,

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9,

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9,

Cyberinfrastructure R3 Life Cycle Objectives Review January 8-9, 2013 Level 1 Science Themes Ocean-Atmosphere Exchange Climate Variability, Ocean Circulation, and Ecosystems Turbulent Mixing and Biophysical Interactions Coastal Ocean Dynamics and Ecosystems Fluid-Rock Interactions and the Subseafloor Biosphere Plate-scale, Ocean Geodynamics 13