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International Automation Congress - 2014 29th-31st October, 2014
The Arrowhead Framework -
Future of Cooperative Automation
Zsolt Szepessy, Gábor Singler, Zoltán Theisz, Viktor Steiner
29th-31st October, 20142
Process and energy system automation• Starting date: 2013. 03. 01.• Duration: 48 months• EU contribution: 11M€ (total: 68M€)• 78 partnersCoordinated by
an ARTEMIS CoIE
Arrowhead project overview
Author: Title
29th-31st October, 20143
Arrowhead vision
Creating an interoperability framework to enable collaborative automation by networked embedded devices
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Arrowhead grand challenges
Enabling the interoperability of services provided by almost any device
Enabling the integrability of services provided by almost any device
29th-31st October, 20145
Arrowhead approaches
TCP/IP everywhere, middleware nowhere. Internet of Things - IoT System of systems - SoS
The Integrating Technology Service Oriented Architectures - SOA
29th-31st October, 20146
Arrowhead demonstrationsARROWHEAD is addressing efficiency and flexibility at the global scale by demonstrating interoperability and collaborative means of automation for five application verticals• production (manufacturing, process, energy), • smart buildings and infrastructures, • electro-mobility and • virtual market of energy.
29th-31st October, 20147
evopro Innovation in ArrowheadContributes to two technical workpackages:
WP7 - Interoperability and integrability framework
WP8 - Interoperability and integrability Service Specification and Common Components Design and Implementation
29th-31st October, 20148
evopro Innovation in ArrowheadWP7 objectives
• Document the generic design guideline and design patterns which shall describe how systems shall interact in an Arrowhead environment
• Definition of the overall Arrowhead framework, the selection of suitable technologies as well as processes for specification, design, engineering, commissioning etc.
29th-31st October, 20149
evopro Innovation in ArrowheadOur contribution in WP7
• Develop a model-driven methodology to• Document the Arrowhead Framework• Document pilot applications
• Provide an integration platform between• Different modelling tools• Different abstraction levels
• Implement a model-driven service repository• Accessible through standardized Arrowhead API façade
29th-31st October, 201410
evopro Innovation in Arrowhead
29th-31st October, 201411
evopro Innovation in Arrowhead
29th-31st October, 201412
evopro Innovation in ArrowheadHolistic, Model-based Service Repository for Distributed Industrial Automation• Authors:• Zoltán Theisz, Zsolt Szepessy, Viktor Steiner – evopro• Brice Morin – SINTEF• Gergely Mezei – BUTE
• Accepted and presented at IEEE Emerging Technologies and Factory Automation 2014, Barcelona
29th-31st October, 201413
evopro Innovation in ArrowheadWP8 objectives
• Designing and producing the common systems and components
• Designing and producing common integration components
29th-31st October, 201414
evopro Innovation in ArrowheadCommon systems and components
ARROWHEADFRAMEWORKCOMPLIANTNETWORK
IASM
II
Application system
Application system
Application system
Appl
icati
on
syst
emApplication
system
Application system
29th-31st October, 201415
evopro Innovation in ArrowheadCommon systems and components
ApplicationSystems
SoSD – Generation 2
29th-31st October, 201416
evopro Innovation in ArrowheadCommon integration components – maturity levels
Application (”legacy”) system
Adapter type X (SW component)
ARROWHEADFRAMEWORKCOMPLIANTNETWORK
Application system
Application (”legacy”) system
Adapter type Y
Level 3Native implementation
Level 2Implementation based on integrated commonly provided SW component
Level 1Implementation using commonly provided adaptor that connects to existing interface.
29th-31st October, 201417
evopro Innovation in ArrowheadCommon integration components – a „system” can be…
SystemSystem System SystemSystem