• The project

    CPSoSaware will contribute to all expected impact areas set out in H2020 ICT-01-2019 Computing technologies and engineering methods for cyber-physical systems of systems under the topic of Models, tools and methods for design-operations continuum of dependable CPSoS,

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  • Overview

    In CPSaware we aim at creating a new holistic model-based design paradigm that is extended during the operational phase of the CPSoS and supports an autonomic, cognitive, self-awareness mechanism for the CPSoS components and system as a whole.

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  • Concept

    CPSoSaware Concept and Architecture We envision the CPSoSaware solution as a framework that will span horizontally and vertically on the overall CPSoS architecture thus providing a holistic, cognitive and decentralized way of designing, running and decommissioning

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The Project

CPSoSaware will contribute to all expected impact areas set out in H2020 ICT-01-2019 Computing technologies and engineering methods for cyber-physical systems of systems under the topic of Models, tools and methods for design-operations continuum of dependable CPSoS, as explained

read more

Overview

In CPSoSaware we aim at creating a new holistic model-based design paradigm that is extended during the operational phase of the CPSoS and supports an autonomic, cognitive, self-awareness mechanism for the CPSoS components and system as a whole.

read more

Concept

CPSoSaware Concept and Architecture
We envision the CPSoSaware solution as a framework that will span horizontally and vertically on the overall CPSoS architecture thus providing a holistic, cognitive and decentralized way of designing, running and decommissioning

read more

Approach

The CPSoSaware approach is built around the 6 provided objectives, performing research and providing innovative solutions in various different technological fields like CPS Model based design, Cognitive Artificial Intelligence based CPS Control, extended Reality Human based situational awareness, Security and cyberattack runtime monitoring in the CPS environment.

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CPSoSaware Trails: CPSoS Use Cases

The CPSoSaware architecture is going to be tested in two different pilot sites (Germany and Italy) by performing trail scenarios to two different use cases. The first use case is focused on connected semiautonomous vehicles where we will perform trails focused on Human in the loop scenarios, like non predictable failures that may involve the human driver and how

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Objectives

1. Objective 1: Design Cognitive, Reconfigurable and autonomous CPSoS orchestration, that support CPSoS full lifecycle (requirements, design, test, operate and decommissioning) and Design Operation Continuum
2. Objective 2: Provide a

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News

Final Review Meeting

We are pleased to announce the successful completion of the CPSoSaware research project, following a fruitful and positive outcome of the Final Review meeting. The ...
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CPSoSaware Newsletter Issue #5

We are pleased to announce the publication of the fifth and final issue of CPSoSaware Newsletter. This issue covers a period of 6 months, between ...
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Press Release: Successful demonstration of Automotive trials

The pilot trials for Cyber-Physical Systems of Systems (CPSoS) demonstrations for the Automotive Pillar took place during 13-14 of December, in the premises of project ...
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CPSoSaware @ WASOS, HiPEAC2023

CPSoSaware participates in the Workshop on Adaptive CPSoS (WASOS), scheduled for 18 January 2023, in the framework of HiPEAC2023 Conference. The HiPEAC 2023 conference will ...
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Infographic

Want to see CPSoSaware Solutions at a glance? Check out our infographic. If you need further details and information on CPSoSaware Solutions and Use Cases, ...
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Project Consortium

CPSoSaware consortium consists of thirteen (13) experienced and committed partners, namely three (3) industries, three (3) SMEs, one (1) industrial research partner, two (2) non-profit research institutes or technology and innovation centres, and four (4) universities, spread around eight (8) different European countries (Greece, Italy, Spain, Germany, Switzerland, Finland, Poland, Cyprus) and Israel. The consortium includes all the essential actors of the value network covering thus the end user and market needs in the field, in a wide Europe. Partners of CPSoSaware all committed to working towards the goal of the project which represents a breakthrough concept worldwide. End users and SMEs are both strongly involved with clear exploitation ambitions. The way the main roles have been assigned among the project partners guarantees a balanced work contribution, as each partner has clearly defined its role in each of its tasks, as well as the lead he has taken in the WPs and tasks.

Partners

Industrial Systems Institute, Athena Research Center (ISI)

Fundació Privada I2cat Internet I Innovacio Digital A Catalunya (I2CAT)

IBM Research Center (IBM)

Atos Spain S.A. (ATOS) /ATOS IT

Panasonic Automotive (PASEU)

Eight Bells Ltd. (8BELLS)

Università della Svizzera italiana (USI)

Tampere University (TAU)

University of Peloponnese (UoP)

Catalink Limited (CTL)

ROBOTEC (RTC)

Centro Ricerche FIAT – C.R.F. S.C.p.A (CRF)

University of Patras (UPAT)

Funding

The CPSoSaware project has received funding from the Horizon 2020 EU research & innovation programme under GA No 871738 Horizon 2020 European Union Funding for Research & Innovation

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