There are a lot of benefits from the development of an Open Commons for science, but what are these exactly, in the case of e-Infrastructure and e-Science ? What are the commmons in South Africa ? What are the implications for researchers, educators, operators and developers in the region ? This and more, inside.
Sustainable Tourism - IoT and crowd managementHenry Muccini
What is Sustainable Tourism and how IoT may help to reduce crowd management. This material reports on our experience within the Uffizi Galleries project and the CAPS IoT modeling and simulation framework.
This presentation gives an oiverview of the Sci-GaIA project, in the context of the CHAIN-REDS workshop at EGI2015 (Lisbon).
Aspects covered are :
1. The Sci-GaIA project: facts, figures and bjectives
2. The legacy of other projects (ei4Africa and CHAIN-REDS
3. The Sci-GaIA work programme
Jisc Support for Asset Sharing - Kit-Catalogue National User Group November 2014Martin Hamilton
My slides introducing Jisc's support for asset sharing, at the 2014 Kit-Catalogue national user group. I talk about the rationale for Jisc becoming involved in supporting equipment sharing and the Jisc Kit-Catalogue pilot, and present some feedback from user group delegates about their experiences of equipment sharing. For more information about this initiative, please see http://www.jisc.ac.uk/research/projects/equipment-sharing
How you and your gateway can benefit from the services of the Science Gateway...Katherine Lawrence
January 2017 webinar of the Science Gateways Community Institute. Recording and additional details available at http://sciencegateways.org/upcoming-events/webinars/#previous
Sustainable Tourism - IoT and crowd managementHenry Muccini
What is Sustainable Tourism and how IoT may help to reduce crowd management. This material reports on our experience within the Uffizi Galleries project and the CAPS IoT modeling and simulation framework.
This presentation gives an oiverview of the Sci-GaIA project, in the context of the CHAIN-REDS workshop at EGI2015 (Lisbon).
Aspects covered are :
1. The Sci-GaIA project: facts, figures and bjectives
2. The legacy of other projects (ei4Africa and CHAIN-REDS
3. The Sci-GaIA work programme
Jisc Support for Asset Sharing - Kit-Catalogue National User Group November 2014Martin Hamilton
My slides introducing Jisc's support for asset sharing, at the 2014 Kit-Catalogue national user group. I talk about the rationale for Jisc becoming involved in supporting equipment sharing and the Jisc Kit-Catalogue pilot, and present some feedback from user group delegates about their experiences of equipment sharing. For more information about this initiative, please see http://www.jisc.ac.uk/research/projects/equipment-sharing
How you and your gateway can benefit from the services of the Science Gateway...Katherine Lawrence
January 2017 webinar of the Science Gateways Community Institute. Recording and additional details available at http://sciencegateways.org/upcoming-events/webinars/#previous
Bournemouth University Media School research day, 30 April, 2014 - Bournemout...Steve Brewer
This 90 minute presentation and discussion was given by Steve Brewer and David Rees at the Bournemouth University Media School research day on 30 April, 2014. The full title for the talk was: Strategies for Growth for Creative Digital Clusters: The Road to Bournemouth Pier.
The content was based on the recent report Bournemouth Digital Pier - http://www.itutility.ac.uk/pilot-projects/creative-digital-it-cdit-feasibility-study/
Mark Minnucci: Deployment of MBSE and the Emergence of a Systems-Thinking Cul...EnergyTech2015
SYSTEMS THINKING & MBSE
Track 3 Session 2
Moderator: Mark Walker
Deployment of MBSE and Systems Thinking in an energy technology company and an evaluation of interfaces in a system of systems development.
Mark Minnucci – Paper 1: Deployment of MBSE and Emergence of a Systems-Thinking Culture
Schneider Electric is a global specialist in the markets of energy management and automation. Historically, the Schneider portfolio has concentrated on mass-production of electro-mechanical consumer products. Today, Schneider product functionality and complexity are both rapidly increasing through the addition of embedded control software and wireless connectivity. In this presentation, I will share how my organization has championed this culture change, our roadmap for growing a community of experts from the ground up, and lessons-learned that will be applicable to all members of the audience who may be facing the same challenges in their own companies. This presentation will also provide a brief overview of the specific MBSE framework that Schneider Electric is using.
Predicting and Preparing For Emerging Learning Technologieslisbk
Slides for talk on "Predicting and Preparing For Emerging Learning Technologies" given by Brian Kelly, UK Web Focus at the CILIP West Midlands Annual Members Day in Birmingham on 10 Feb 2017.
See http://ukwebfocus.com/events/cilip-west-midlands-2017/
The Transforming Construction Industrial Strategy Challenge Fund Challenge within the Sector Deal aims to increase the efficiency of construction techniques through digital technologies like Business Information Modelling; reduce running costs for building users through energy generation and storage technologies; and conduct research and development and demonstration programmes supporting innovations. The objective is to provide safer, healthier and more affordable buildings that use dramatically less energy looking at design, manufacture, building management and power.
Read more here: https://ktn-uk.co.uk/news/iscf-transforming-construction-competition-announced-briefing-events-open
Or watch the webcast here: https://youtu.be/zQxRdrLA2Xo
Titled "Bootstrapping Our Collective Intelligence" - Doug Engelbart's ACM Turing Award Lecture presented at the 1998 ACM Conference on Computer-Supported Cooperative Work, in Seattle, WA, November 16, 1998. Visit the Engelbart Academy for video and more http://dougengelbart.org/Academy
EarthCube Monthly Community Webinar- Nov. 22, 2013EarthCube
This webinar features project overviews of all EarthCube Awards (Building Blocks, Research Coordination Networks, Conceptual Designs, and Test Governance), followed by a call for involvement, and a Q&A session.
Agenda:
EarthCube Awards – Project Overviews
1.. EarthCube Web Services (Building Block)
2. EC3: Earth-Centered Community for Cyberinfrastructure (RCN)
3. GeoSoft (Building Block)
4. Specifying and Implementing ODSIP (Building Block)
5. A Broker Framework for Next Generation Geoscience (BCube) (Building Block)
6. Integrating Discrete and Continuous Data (Building Block)
7. EAGER: Collaborative Research (Building Block)
8. A Cognitive Computer Infrastructure for Geoscience (Building Block)
9. Earth System Bridge (Building Block)
10. CINERGI – Community Inventory of EC Resources for Geoscience Interoperability (BB)
11. Building a Sediment Experimentalist Network (RCN)
12. C4P: Collaboration and Cyberinfrastructure for Paleogeosciences (RCN)
13. Developing a Data-Oriented Human-centric Enterprise for Architecture (CD)
14. Enterprise Architecture for Transformative Research and Collaboration (CD)
15. EC Test Enterprise Governance: An Agile Approach (Test Governance)
A Call for Involvement!
Summary
The Cytoscape Cyberinfrastructure (CI) extends the successful Cytoscape development and community model by enabling network biologists to contribute and leverage microservices deployable at scale. The CI solves many of Cytoscape’s limitations while also delivering novel and dynamic functionality to both Cytoscape and standalone workflows, thus further empowering the already vital network biology community.
Abstract
Cytoscape is an indispensable tool for network data analysis and visualization. One of Cytoscape’s greatest strengths is that it is powered by a vibrant array of developer-contributed apps. However, as network biologists’ requirements evolve, Cytoscape is challenged not only to keep pace, but to lead new and existing developers to create even greater value. Currently, multiscale and multifaceted networks push the memory limits of a Cytoscape workstation, while complex calculations such as Network Based Stratification and Network Based GWAS strain workstation processors. Increasingly, users demand support for collaborative projects, reproducible workflows, and interoperability with external tool chains. Finally, economic pressures favor solutions that promote code and algorithm reusability and evolvability.
In response, we have created the Cytoscape Cyberinfrastructure (CI), which is both an Internet-scale distributed system (based on Microservices [1]) and the network biology community it serves. Its mission is to enable and encourage network biologists to create and deploy high quality, innovative and scalable services focusing on network-based computation, collaboration and visualization.
Microservices can be written in any language, and are highly testable and evolvable. They can run on servers ranging from a single thread to a large cloud-based cluster. They can easily be reused in reproducible workflows or can serve as components in larger services. The CI links microservices via a light weight REST-based aspect-oriented interchange protocol (called CX), which enables tailored data streams while supporting service innovation via evolvable standards. CI infrastructure services support user authentication, long duration job execution, and a service repository that enables researchers to publish their services or discover services published by others. This model builds on the successful Cytoscape app community, which is based on similar mechanisms though at the scale of individual workstations.
Prominent examples of microservices include NDEx [2] (a repository for biological networks), NodeWalker (which uses heat dispersion to identify the most relevant subnetworks containing a given set of genes), cyNetShare [3] (which visualizes a network in a browser) and Cytoscape itself (which can also call CI services). Interfaces are available for Python, IPython, R and Matlab. Future work includes adding clustering, analysis, layout, publishing and display microservices and interfaces to Galaxy and Taverna workflows.
Nature Inspired Solutions:
• Can help transform industries: Share nature’s R&D, raise awareness.
• Are transformative solutions and provide “different thinking”, across traditional disciplinary boundaries.
• Can help to solve some of our biggest industry challenges in energy, transport, infrastructure sector.
The webcast recording is now available. Click here to watch it: https://www.youtube.com/watch?v=gPyTb_-qhgo
Find out more about the Nature Inspired Solutions special interest group at https://ktn-uk.co.uk/interests/nature-inspired-solutions
Join the Nature Inspired Solutions LinkedIn group at https://www.linkedin.com/groups/13701855/
A new generation of instruments and tools to monitor buildings performanceLeonardo ENERGY
What is the added value of monitoring the flexibility, comfort, and well-being of a building? How can occupants be better informed about the performance of their building? And how to optimize a building's maintenance?
The slides were presented during a webinar and roundtable with a focus on a new generation of instruments and tools to monitor buildings' performance, and their link with the Smart Readiness Indicator (SRI) for buildings as introduced in the EU's Energy Performance of Buildings Directive (EPBD).
Link to the recordings: https://youtu.be/ZCFhmldvRA0
Nature perfected the art of developing products through 4+ billion years of evolution. Nature is a constant and inspiring learning source. Nature uses simplest material for making remarkable multifunctional products. For example, butterfly wings, which are optimized for flapping with iridescent colors and as sensors. Life is complex and diverse physical system, however evolved as an optimal system with efficient terminal units or building blocks. Nature Inspired Engineering or Biomimetics has matured from empirical scaling laws to computational modelling of active matter.
Nature evolved over billions of years and solved similar engineering and medical problems of our interest in an efficient and sustainable way. In addition to developing design methods, materials and surfaces, we can leverage these concepts to develop a whole new nature inspired devices and system, such as, Dolphin inspired, frequency modulated underwater acoustics devices, Kingfisher inspired aero/hydrodynamics structures, Mosquito micro drill inspired medical and material drilling devices, and anthill inspired building thermal managements system.
Nature inspired Technologies and product solutions such as Evolutionary Structural Optimization, Nature inspired Materials, Structured Surfaces and Interfaces, Hierarchical branching systems will be detailed. Nature inspired equation based mathematical surfaces are under renewed interest due to their innovative design potential and practical viability through 3D printing. As the 3D printing industry is growing from small scale to mainstream product manufacturing. Nature inspired and equation based surface models and its transformation for 3D printable innovative engineering applications will be detailed.
Biomimicry, the nature inspired innovation for solving industrial engineering and healthcare problems will be a key focus. Concepts and Tools such as Material unity, Multiphysics computational modelling, multiscale modelling, Multimaterial will be detailed to show cases the Nature inspired engineering principles for solving real world interconnected Engineering and healthcare problems.
The slides of my talk 'Systems Development & Application / Data Lifecycle Management in King’s Digital Lab', Bodleian Library, University of Oxford, November 30th, 2017.
Trusted Configurations for e-Infrastructure DeploymentBruce Becker
This presentation shows how EGI adopts tools and methodologies paving the way to DevOps via test automation and collaboration.
We present the development of an opinionated Style Guide for Ansible, along with compliance profiles and various testing and deployment scenarios.
Bournemouth University Media School research day, 30 April, 2014 - Bournemout...Steve Brewer
This 90 minute presentation and discussion was given by Steve Brewer and David Rees at the Bournemouth University Media School research day on 30 April, 2014. The full title for the talk was: Strategies for Growth for Creative Digital Clusters: The Road to Bournemouth Pier.
The content was based on the recent report Bournemouth Digital Pier - http://www.itutility.ac.uk/pilot-projects/creative-digital-it-cdit-feasibility-study/
Mark Minnucci: Deployment of MBSE and the Emergence of a Systems-Thinking Cul...EnergyTech2015
SYSTEMS THINKING & MBSE
Track 3 Session 2
Moderator: Mark Walker
Deployment of MBSE and Systems Thinking in an energy technology company and an evaluation of interfaces in a system of systems development.
Mark Minnucci – Paper 1: Deployment of MBSE and Emergence of a Systems-Thinking Culture
Schneider Electric is a global specialist in the markets of energy management and automation. Historically, the Schneider portfolio has concentrated on mass-production of electro-mechanical consumer products. Today, Schneider product functionality and complexity are both rapidly increasing through the addition of embedded control software and wireless connectivity. In this presentation, I will share how my organization has championed this culture change, our roadmap for growing a community of experts from the ground up, and lessons-learned that will be applicable to all members of the audience who may be facing the same challenges in their own companies. This presentation will also provide a brief overview of the specific MBSE framework that Schneider Electric is using.
Predicting and Preparing For Emerging Learning Technologieslisbk
Slides for talk on "Predicting and Preparing For Emerging Learning Technologies" given by Brian Kelly, UK Web Focus at the CILIP West Midlands Annual Members Day in Birmingham on 10 Feb 2017.
See http://ukwebfocus.com/events/cilip-west-midlands-2017/
The Transforming Construction Industrial Strategy Challenge Fund Challenge within the Sector Deal aims to increase the efficiency of construction techniques through digital technologies like Business Information Modelling; reduce running costs for building users through energy generation and storage technologies; and conduct research and development and demonstration programmes supporting innovations. The objective is to provide safer, healthier and more affordable buildings that use dramatically less energy looking at design, manufacture, building management and power.
Read more here: https://ktn-uk.co.uk/news/iscf-transforming-construction-competition-announced-briefing-events-open
Or watch the webcast here: https://youtu.be/zQxRdrLA2Xo
Titled "Bootstrapping Our Collective Intelligence" - Doug Engelbart's ACM Turing Award Lecture presented at the 1998 ACM Conference on Computer-Supported Cooperative Work, in Seattle, WA, November 16, 1998. Visit the Engelbart Academy for video and more http://dougengelbart.org/Academy
EarthCube Monthly Community Webinar- Nov. 22, 2013EarthCube
This webinar features project overviews of all EarthCube Awards (Building Blocks, Research Coordination Networks, Conceptual Designs, and Test Governance), followed by a call for involvement, and a Q&A session.
Agenda:
EarthCube Awards – Project Overviews
1.. EarthCube Web Services (Building Block)
2. EC3: Earth-Centered Community for Cyberinfrastructure (RCN)
3. GeoSoft (Building Block)
4. Specifying and Implementing ODSIP (Building Block)
5. A Broker Framework for Next Generation Geoscience (BCube) (Building Block)
6. Integrating Discrete and Continuous Data (Building Block)
7. EAGER: Collaborative Research (Building Block)
8. A Cognitive Computer Infrastructure for Geoscience (Building Block)
9. Earth System Bridge (Building Block)
10. CINERGI – Community Inventory of EC Resources for Geoscience Interoperability (BB)
11. Building a Sediment Experimentalist Network (RCN)
12. C4P: Collaboration and Cyberinfrastructure for Paleogeosciences (RCN)
13. Developing a Data-Oriented Human-centric Enterprise for Architecture (CD)
14. Enterprise Architecture for Transformative Research and Collaboration (CD)
15. EC Test Enterprise Governance: An Agile Approach (Test Governance)
A Call for Involvement!
Summary
The Cytoscape Cyberinfrastructure (CI) extends the successful Cytoscape development and community model by enabling network biologists to contribute and leverage microservices deployable at scale. The CI solves many of Cytoscape’s limitations while also delivering novel and dynamic functionality to both Cytoscape and standalone workflows, thus further empowering the already vital network biology community.
Abstract
Cytoscape is an indispensable tool for network data analysis and visualization. One of Cytoscape’s greatest strengths is that it is powered by a vibrant array of developer-contributed apps. However, as network biologists’ requirements evolve, Cytoscape is challenged not only to keep pace, but to lead new and existing developers to create even greater value. Currently, multiscale and multifaceted networks push the memory limits of a Cytoscape workstation, while complex calculations such as Network Based Stratification and Network Based GWAS strain workstation processors. Increasingly, users demand support for collaborative projects, reproducible workflows, and interoperability with external tool chains. Finally, economic pressures favor solutions that promote code and algorithm reusability and evolvability.
In response, we have created the Cytoscape Cyberinfrastructure (CI), which is both an Internet-scale distributed system (based on Microservices [1]) and the network biology community it serves. Its mission is to enable and encourage network biologists to create and deploy high quality, innovative and scalable services focusing on network-based computation, collaboration and visualization.
Microservices can be written in any language, and are highly testable and evolvable. They can run on servers ranging from a single thread to a large cloud-based cluster. They can easily be reused in reproducible workflows or can serve as components in larger services. The CI links microservices via a light weight REST-based aspect-oriented interchange protocol (called CX), which enables tailored data streams while supporting service innovation via evolvable standards. CI infrastructure services support user authentication, long duration job execution, and a service repository that enables researchers to publish their services or discover services published by others. This model builds on the successful Cytoscape app community, which is based on similar mechanisms though at the scale of individual workstations.
Prominent examples of microservices include NDEx [2] (a repository for biological networks), NodeWalker (which uses heat dispersion to identify the most relevant subnetworks containing a given set of genes), cyNetShare [3] (which visualizes a network in a browser) and Cytoscape itself (which can also call CI services). Interfaces are available for Python, IPython, R and Matlab. Future work includes adding clustering, analysis, layout, publishing and display microservices and interfaces to Galaxy and Taverna workflows.
Nature Inspired Solutions:
• Can help transform industries: Share nature’s R&D, raise awareness.
• Are transformative solutions and provide “different thinking”, across traditional disciplinary boundaries.
• Can help to solve some of our biggest industry challenges in energy, transport, infrastructure sector.
The webcast recording is now available. Click here to watch it: https://www.youtube.com/watch?v=gPyTb_-qhgo
Find out more about the Nature Inspired Solutions special interest group at https://ktn-uk.co.uk/interests/nature-inspired-solutions
Join the Nature Inspired Solutions LinkedIn group at https://www.linkedin.com/groups/13701855/
A new generation of instruments and tools to monitor buildings performanceLeonardo ENERGY
What is the added value of monitoring the flexibility, comfort, and well-being of a building? How can occupants be better informed about the performance of their building? And how to optimize a building's maintenance?
The slides were presented during a webinar and roundtable with a focus on a new generation of instruments and tools to monitor buildings' performance, and their link with the Smart Readiness Indicator (SRI) for buildings as introduced in the EU's Energy Performance of Buildings Directive (EPBD).
Link to the recordings: https://youtu.be/ZCFhmldvRA0
Nature perfected the art of developing products through 4+ billion years of evolution. Nature is a constant and inspiring learning source. Nature uses simplest material for making remarkable multifunctional products. For example, butterfly wings, which are optimized for flapping with iridescent colors and as sensors. Life is complex and diverse physical system, however evolved as an optimal system with efficient terminal units or building blocks. Nature Inspired Engineering or Biomimetics has matured from empirical scaling laws to computational modelling of active matter.
Nature evolved over billions of years and solved similar engineering and medical problems of our interest in an efficient and sustainable way. In addition to developing design methods, materials and surfaces, we can leverage these concepts to develop a whole new nature inspired devices and system, such as, Dolphin inspired, frequency modulated underwater acoustics devices, Kingfisher inspired aero/hydrodynamics structures, Mosquito micro drill inspired medical and material drilling devices, and anthill inspired building thermal managements system.
Nature inspired Technologies and product solutions such as Evolutionary Structural Optimization, Nature inspired Materials, Structured Surfaces and Interfaces, Hierarchical branching systems will be detailed. Nature inspired equation based mathematical surfaces are under renewed interest due to their innovative design potential and practical viability through 3D printing. As the 3D printing industry is growing from small scale to mainstream product manufacturing. Nature inspired and equation based surface models and its transformation for 3D printable innovative engineering applications will be detailed.
Biomimicry, the nature inspired innovation for solving industrial engineering and healthcare problems will be a key focus. Concepts and Tools such as Material unity, Multiphysics computational modelling, multiscale modelling, Multimaterial will be detailed to show cases the Nature inspired engineering principles for solving real world interconnected Engineering and healthcare problems.
The slides of my talk 'Systems Development & Application / Data Lifecycle Management in King’s Digital Lab', Bodleian Library, University of Oxford, November 30th, 2017.
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NICIS: Stepping Stones to a Cyberinfrastructure Commons
1. NICIS: Stepping stone to a SA
Cyberinfrastructure Commons?
Bruce Becker,
SANREN Competency Area,
Meraka Institute, CSIR
bbecker@csir.co.za
CHAIN REDS Conference
Open Science at the Global Scale:
Sharing e-Infrastructures, Sharing
Knowledge, Sharing Progress
20150331
15/03/31 CHAIN-REDS Final Conference 1
2. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Outline
●
“The” Commons ? Some commons...
●
What is this “Open” you speak of ?
●
What is Open ?
●
What is an Open Commons ?
●
Systems Thinking for Cyberinfrastructure in South
Africa : NICIS
●
Implications
●
For researchers, developers and operators
●
For the economy
●
For the region
3. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Wherefore art thou ?
What does it mean
to be a commons ?
4.
5. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Give me a signal...
6. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Dear Internet...
… belonging to or affecting
the whole of a community
7. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Hm. Creative Commons ?
http://creativecommons.org/
...helps you share
knowledge and creativity
Develops
Supports
Stewards
Digital
Infrastructure
8. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Hm. Wikimedia Foundation ?
A database …
to which anyone
can contribute
9. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Hm. Flikr ?
The key goal of The Commons
is to share hidden treasures
from the world's public […] archives.
https://www.flickr.com/commons
10. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Everybody comes from somewhere
Jenny Hallward
11. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Everybody uses the Commons
in their own way
Jenny Hallward
12. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
What is a Commons Anyway ?
… belonging to or affecting
the whole of a community...
...anyone can
contribute...
Share
13. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
The Commons, Openness and
Science
“The more we understand about science and its complexities,
the more important it is for scientific data to be shared openly”
http://creativecommons.org/science
“Science == Openness” ?
14. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Systems Thinking
ORDER ENABLES CREATIVITY
15. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
(Complex Adaptive)
Systems Thinking
●
The number of elements is sufficiently large that conventional descriptions (e.g. a system of differential
equations) are not only impractical, but cease to assist in understanding the system. Moreover, the
elements interact dynamically, and the interactions can be physical or involve the exchange of information
●
Such interactions are rich, i.e. any element or sub-system in the system is affected by and affects several
other elements or sub-systems
●
The interactions are non-linear: small changes in inputs, physical interactions or stimuli can cause large
effects or very significant changes in outputs
●
Interactions are primarily but not exclusively with immediate neighbours and the nature of the influence is
modulated
●
Any interaction can feed back onto itself directly or after a number of intervening stages. Such
feedback can vary in quality. This is known as recurrency
●
Such systems may be open and it may be difficult or impossible to define system boundaries
●
Complex systems operate under far from equilibrium conditions. There has to be a constant flow of
energy to maintain the organization of the system
●
Complex systems have a history. They evolve and their past is co-responsible for their present behaviour
●
Elements in the system may be ignorant of the behaviour of the system as a whole, responding only
to the information or physical stimuli available to them locally
16. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
The National Integrated
Cyberinfrastructure System
17. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
VISION: national leadership in the provision of a comprehensive Cyber-Infrastructure,
essential to 21st century advances for South African research, education and innovation.
MISSION: increase knowledge creation through provision of a national platform of
essential Cyber-Infrastructure.
1715/03/31
PRINCIPLES
• Joint planning and budgeting
• Good governance
• Visibility of CI services
• Sustainability
• Constructive stakeholder
engagement
NICIS: TIER 1
Advanced Services
Governance
Strategy Advisory
Board
Senior
Management
User and
Community
Inputs
NICIS: A System for
Cyberinfrastructure
18. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
15/03/31 CHAIN-REDS
18
+
NICIS Components: Network
19. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
15/03/31 CHAIN-REDS 19
NICIS Recommendation:
CHPC in essentially its current form should take on the role of the Computing
Services area, with some changes to its mandate.
NICIS Components: Compute
20. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
NICIS Components: Data
21. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Nice kit ! ...
What about the people ?
22. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
“Nous sommes tous de jeunes
barbares
que nos jouets neufs émerveillent
encore.”
- A. de Saint-Exupery
“Terre des Hommes”
Une Terre Pour Tous
http://aaroc.github.io/blog/2014/11/26/Terre-des-hackers
23. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
La verité pour l’un, fût de bâtir,
[…] elle est, pour l’autre, de
l’habiter.
Pour le colonial qui fonde un empire, le sens de la vie
est de conquérir.
Le soldat meprise le colon, mais le but de cette
conquete n’etait-il pas l’etablissement de ce colon ?
[…]
Le Colon et le Soldat
24. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Nous étions autrefois en contact avec une
usine compliquée […]
Au delà de l’outil, et à travers lui, c’est la vielle
nature que nous retrouvons,
celle du jardinier, du navigateur, ou du poète.
25. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Open Commons as Exchanges
●
Interoperability:
●
Develop standard interfaces to common services
●
Coordination of OLAs and SLAs to provide coordinated operations
●
Core services to support 3rd party and community contribution
●
Accounting
●
Monitoring
●
Identity and Service Federation
●
Specialisation and Skills
●
Re-Use : Develop “Building Blocks” and donate them to the commons
●
Reward Structures : Make it worth the while to do things for the long-
run
26. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Implications for … “Commoners”
Educators
Researchers
Developers
Operators
http://brucellino.github.io/blog/2015/02/24/ECommonsStrategy/
27. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Implications:
Teaching and Research
●
Teaching and Research in the same environment
●
Path to scale from university or group resources
to national or regional infrastructure
●
Skills developed throughout, fed back into the
commons
●
The use of the commons becomes part of standard
practice in teaching and research
●
The commons is assured of new ideas, skills and
stimulus.
28. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Fork my Science
●
Science faces a reproducibility crisis:
http://www.nature.com/nature/focus/reproducibility/
●
Scientific output is the result of Data, Algorithms,
Applications, Workflows – and interpretation
●
Reproducible science:
●
Discoverable
●
Citable
●
Executable
●
Accessible
29. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Fork my Infrastructure
●
Big science often requires and builds it's own
infrastructure
●
LHC, SKA, CORDIS, H3ABioNet
●
Often developed entirely in parallel to “national” infrastructure
●
Often new techniques and technologies are invented
in these large projects
●
Are they shared, improved and supplemented with
other players in the commons ?
30. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Fork my Infrastructure
●
Operations, best practices encoded
●
Open Infrastructure means Open Code
●
https://github.com/AAROC/DevOps
●
Everything = Code
●
You can test, validate, reproduce research
infrastructure
buildbuild passingpassing
31. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Implications for the economy
●
Where will all the Ph.D.s go ?
●
An Open Commons means expertise can cross
boundaries
●
Technical (tools, applications, methodologies)
●
Institutional (cross-cutting, collaborative activities)
●
Private and public enterprise using the same
infrastructure
●
standardisation around a common set of tools
●
Innovation of new services with-reusable components
●
People develop transferrable skills
Research
Software
Engineer
Infrastructure
Architect
(DevOps)
32. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Implications for the Region
●
Is NICIS a Commons ?
●
No. It can become aspects of one, particularly bringing
order.
●
Is there a Regional Commons ?
●
No. There is an embryonic regional infrastructure
●
EGI.eu / FedCloud provides a very good reference case
●
What's taking you so long ?
●
The lack of order and coordination
●
The erosion of the commons
33. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Conclusions
34. Bruce Becker | bbecker@csir.co.za | CSIR | CHAIN-REDS Final Conference | 31/03/2015
Conclusions
●
A Commons allows sharing, and community development
●
Specialisation and markets can emerge
●
Cyberinfrastructure is a complex undertaking
●
It needs to be addressed as a system
●
Placing the right constraints on it can make it work
●
Cyberinfrastructure is expensive – but also cross-cutting
●
Open exchanges create lively ecosystems
●
Cyberinfrastructure is public
●
Openness, accountability, transparency and constituency are
crucial to its success