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Initial Framework for EC Test Enterprise Governance Academic Geoscience s NSF Resources BB BB BB BB RCN RCN RCN CD CD CD Educator s BB BB Each theme connects essential components of the geosciences research landscape BB: Pilot, integrative CI projects RCN: Mechanisms to organize groups of geoscientists TEG: Organizing body to facilitate discussion CD: Initial Agency Services CI Sciences Institutio nal Resources

AHM 2014: Conceptual Design

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Presentation given in the afternoon Architecture Forum Session on Day 1, June 24, at the EarthCube All-Hands Meeting.

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Page 1: AHM 2014: Conceptual Design

Initial Framework for EC

Test Enterprise Governance

Academic Geosciences

NSF Resources

BB

BBBB

BB

RCNRCN RCN

CDCD

CD

Educators

BBBB

Each theme connects essential components of the geosciences research landscape

BB: Pilot, integrative CI projects

RCN: Mechanisms to organize groups of geoscientists

TEG: Organizing body to facilitate discussion

CD: Initial ideas/approaches for EarthCube Enterprise architecture

Agency Services

CI Sciences

Institutional Resources

Page 2: AHM 2014: Conceptual Design

Conceptual Designs

Initial planning for Enterprise Architecture

– CI Architecture Teams– Understand the landscape of existing

resources– Consider innovative designs for an evolving

system

– Output Conceptual Design Reports– Engage end users – Presented to other EarthCubers– Discussion about different approaches

– Phased Approach

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Page 3: AHM 2014: Conceptual Design

Phased Approach

• An initial conceptual design phase will be followed by refinement based on user requirements and assessment, followed by the beginning of the implementation phase.

• This level of participation in the development of the architecture is essential to establish an initial scope that is appropriate to meet the initial needs of the end users, and connecting technologies useful to geosciences researchers and educators into the architectural framework.

Page 4: AHM 2014: Conceptual Design

Architecture ChallengesDetermining the overall technological architecture of EarthCube will be difficult, because: 1) there are many competing approaches;2) there are significant legacy systems constituting the fabric of geosciences, and 3) there is a diversity and complexity of the information about the Earth system that

needs to be linked in a knowledge environment. 4) the scope of the EarthCube component of infrastructure needs to be determined

by the community

The strategy to determine architecture for EarthCube is composed of several elements which include: 5) the establishment of a process for development of the innovative EarthCube

architecture guided, evaluated, and refined by end-users; 6) the use of a stepwise process of selection based on merit, feasibility, and

experience-based competence.