The 5th International Conference on Internet of Things 2015 Coex, Soeul, S. Korea Oct. 26-28, 2015 Internet of Processes Vladimír Kebo, Center of Advanced.

Slides:



Advertisements
Similar presentations
Feeney Wireless Machine to Machine/Internet of Things
Advertisements

Internet of Things and Platforms for Connected Smart Objects European Commission DG CONNECT Brussels. 23 rd October 2013.
Future Internet Research & Experimentation (FIRE+) Integrating experiments & facilities in FIRE+ H2020-ICT/FET National Contact Points Training 23 October.
Telefonica I+D Our vision of a joint effort Fernando Fournon (President. Telefónica I+D) May 2011.
Unrestricted © Siemens AG All rights reserved. The Digital Factory – Enabling a Holistic Approach to Automation MIT Industrial IoT Workshop – October.
Intelligent Agent Systems. Artificial Intelligence Systems that think like humans Systems that think rationally Systems that act like humans Systems that.
Smart Objects for QMS in Advanced Manufacturing Systems Part 1: Architectures and Role PUTNIK G., CARVALHO C., ALVES C., SHAH V., VARELA L. UNIVERSITY.
Techuk.org |#techuk Introducing techUK Volcrowe/ Nemode Workshop. 22/4/15.
Policy for Transforming Teaching & Learning through ICTs in South Africa Seugnet Blignaut Seugnet Blignaut
Jeju, 13 – 16 May 2013Standards for Shared ICT HIS – Smart Grid Karen Bartleson, President, IEEE Standards Association Document No: GSC17-PLEN-72 Source:
IST and Tourism cross fertilisation Information Society Technologies for Tourism Brussels, 9th July 2001.
Agile Manufacturing Industries From Mechatronics to Collaborative Supply Chains Industrial Technologies Aarhus, 19 June Dr. Massimo Mattucci Session.
Halifax, 31 Oct – 3 Nov 2011ICT Accessibility For All IEEE-SA Smart Grid Steve Mills, President, IEEE Standards Association Document No: GSC16-PLEN-47.
SIMULTECH’15, Colmar, France July 21, 2015 Plenary Panel (organized by Prof. Mohammad Obaidat): “Advances in Modeling and Simulation of Computer Networks.
Ch. 1. The Third ICT Wave The Third ICT Wave.
Prof Dr Ir Egbert-Jan Sol
M2M Connecting Real-World Things with Cloud Computing T. Osawa 1IoT+Cloud.
Fostering worldwide interoperability ICT & Environment Activities in Korea Byoung Moon Chin Vice President, TTA Global Standards Collaboration (GSC) 14.
SMART GRID The Next Generation Electric Grid Kunkerati Lublertlop 11/30/2011 Electrical Engineering Department Southern Taiwan University.
Man-Sze Li IC Focus Enterprise Interoperability Research Roadmap SME aspects.
IoT, Big Data and Emerging Technologies
Presentation of projects’ ideas. 1. Madrid Network “A public-private network which aim is to contibute actively to position Madrid Region in the top.
Internet of Things (Ref: Slideshare)
Internet of Things in Industries
Introduction to our reality
A Framework with Behavior-Based Identification and PnP Supporting Architecture for Task Cooperation of Networked Mobile Robots Joo-Hyung Kiml, Yong-Guk.
Presentation by the Chief Negotiator Petras Auštrevičius “EU Integration and Information Society Development in Lithuania” The 4 th International Conference.
NCP Info DAY, Brussels, 23 June 2010 NCP Information Day: ICT WP Call 7 - Objective 1.3 Internet-connected Objects Alain Jaume, Deputy Head of Unit.
Utilization of knowledge for economic growth in the Czech Republic Karel Klusacek Technology Centre AS CR Knowledge Economy Forum V.
IoT Standards Harm Jan Arendshorst Head of Product Management Professional Services Confidential and proprietary materials for authorized Verizon personnel.
ICT – SSI Smart System Integration Henri Rajbenbach European Commission DG CONNECT (Communications Networks, Content and Technology) ICT-03 -
Towards Průmysl 4.0 at Brno University of Technology Prof. Pavel Václavek – Cybernetics in Material Science Research group leader
Anne-Marie Sassen, Directorate General for Communication Networks, Content and Technology Factories of the Future Horizon.
IoT R&I on IoT integration and platforms INTERNET OF THINGS
KTNUK Simon Yarwood July Introducing the KTN The UK’s Innovation Network The KTN is the UK’s innovation network. We bring together.
Technological trends and sustainability policy in Russian cities Evgenij Pliseckij NRU HSE IRSUP Moscow
Project Officer Support
Building a Better Connected World
Join B. Tech Programs (Industry Integrated) in Core Engg. Sector
Digitising European Industry
Prepared by: Lưu Tường Bách Time: – 15.15
Innovation in SW Agenda What is a LEP Our priorities
“Internet of Things” – The new age drivers of Power Distribution Automation Speaker: Jayant Sinha Date of session: 2 Oct, 2015.
HEPTech Conference in Slovakia, 2018
M2M Revolution Turning Potential into Profit Menelaos Ioannidis
Industry 4.0 from Concept to Reality
RDI Policies and TA in Czechia
Internet of Things: State of the Art
Adoption of Industry 4.0 in India – Opportunities & Challenges
Future Technologies FTC 2016 Future Technologies Conference December 2016 San Francisco, United States.
Accelerating intelligent automation for competitive advantage
EURIDICE Project Exploiting the concept of Intelligent Cargo
Emerging. Topic Outline Industry 4.0 Internet of Things (iot) New Role of Industrial Engineers.
/795 Managing Connected Enterprise
SMME DEVELOPMENT AND STRATEGIC ALIGNMENT
Michael Nawrocki, Vice President of Technology and Solutions ATIS
The 4th Industrial Revolution
Artificial Intelligence Changes the Security Landscape
The Role of Europe in Developing Future Internet Technologies, EC Initiatives
Platforms for Connected Smart Objects
Karen Bartleson, President, IEEE Standards Association
Labor market challenges in Industry 4.0
Digitalization of Manufacturing
Luxembourg A Data Driven Economy
Trends and developments in eGOVwork – a resesearch perspective
Digital Policy -Transformation Towards Society 5.0-
Internet of Things (IoT) for Industrial Development and Automation
Limerick – Ireland’s Digital City
Global megatrends (relevant for our business)
Presentation transcript:

The 5th International Conference on Internet of Things 2015 Coex, Soeul, S. Korea Oct , 2015 Internet of Processes Vladimír Kebo, Center of Advanced and Innovation Technology, VŠB-Technical University of Ostrava

Agenda AutoEPCIS project Challenges to Industry 4.0 Background of I4.0 Industrial revolutions – control of systems Integration of real and virtual world Conclusion

EUREKA project AutoEPCIS Czech Republic South Korea Slovakia RFID technology in logistic networks of Automotive Industry

New philosophy of systems System in system utilization Integration of distributed parts (systems) Interconnection in hierarchical levels New opportunity for industry (companies) Challenge for the future competitiveness Super-system prosperity (Society???) Interconnecting of Things, Services, People, – IoT, IoS, IoP, IoE, … IoIndustry = IoPro Q1: What is the most important driver in IoT?

Challenges to Industry 4.0 Source: 4.0

Challenges to Industry 4.0 CR – National Initiative of MIT - Industry 4.0: Informatics and cybernetics Announced in September 2015 Geo – political changes Geo - graphical allocation of resources Knowledge and skills of HR Acceleration in ICT sector Continuous innovations in I4.0 Standards and Security IoIndustry = IoPro

Background of I4.0 Incentives in the society Human resources – educational systems, – (3 rd revolution) Labor market changes, creative activities Investment into new infrastructure Research and development dynamics Information and Communication technology Interconnecting of machinery, robots, artificial agents, … Q2: Is there something important missing?

Background of I4.0 Source: 4.0

Industrial revolutions – control of systems Operational feedback in industry – James Watt, steam, – First proportional industrial controller Control in full range of quantity – models of objects – Production lines, serial production, electricity Program feedback – PLC, distributed control, – State space models of objects Symbolic feedback – distributed models of the world, – Sharing of the knowledge, ontology Q3: What will be the driver of 5-th revolution?

Cyber – Physical Systems (CPS) in Industry CPS is the basic part of I4.0 systems Autonomous activity Communication ability Negotiation to production goals Cooperative behavior Real time problem solving Value chain creation Q4: Do we need the central control authority?

Identification - Sources of information Integration in Digital Supply Chain Smart sensors – autonomous wireless communication, Smart industrial robots – holonic agents, Artificial intelligence includes Holo MAS Holonic Multi Agent Systems Smart Machines share distributed Control model – distribution of control, materials, products and smart machines communicate to each other in real time Standards, standards, standards, …

Smart products in production – total identification Identification within the production chain Traceability and localization Knowledge of the pedigree Integration of smart sensors Real time product state Knowledge of the procedure to final state Q5: Is there any future for EPCIS?

Integration of real and virtual world -New principles of Control model – distribution of control, systems in systems -Digital factories are on-line connected to global business chains -Industry 4.0 – total digital interconnection of all levels of production at added value creation – from product design to product logistic -New technology for – 3D printing, M2M (machine- to-machine), M2P (machine-to-person), -Digital Factory, Digital Supply Chain, Cloud computing, -Internet of Things, Big Data, Smart industrial robots, -Artificial intelligence includes P2P, etc.

Interconnection of Physical and Virtual world Horizontal integration in entire life cycle Vertical integration of control hierarchy Engineering processes integration (idea – product) Communication standards Integration protocols – reference architectures Platforms for Service Oriented Architecture Tools for subsystems login, authorization, … Interoperability in production systems Q6: What is the role of people in virtual world? Connection cyberman x avatar?

Conclusion 1.CPS as key elements IoPro 2.Connection of real and virtual world 3.RT communication and integration 4.Understanding of information – semantics 5.Sharing of the knowledge, ontology 6.Security of the information, knowledge. … 7.Real agents in virtual world - created by artificial agents in real world

THANK YOU FOR THE ATTENTION