Haihua LI (lihaihua@caict.ac.cn)

Similar documents
ISO/IEC JTC 1/WG 10 Working Group on Internet of Things. Sangkeun YOO, Convenor

Enterprise Application Enablement for the Internet of Things

Cloud Computing Standards: Overview and ITU-T positioning

Shared Infrastructure: What and Where is Collaboration Needed to Build the SM Platform?

Development and Outlook of Internet of Things in China. CATR of MIIT June 5, 2012

ICT deployment status in factory and development trend under the concept of Industry 4.0

How To Understand The Power Of The Internet Of Things

Arrowhead - Smart integrated production management

ITU WORK ON INTERNET OF THINGS

Standardization Requirements Analysis on Big Data in Public Sector based on Potential Business Models

Impact of OPC UA and Information Modeling on Monitoring Solutions. Ron DeSerranno, Founder / CEO rdeserranno@b-scada.com

Leveraging Cloud Services for Quicker Implementation and More Secure Automation Solutions

Standard for an Architectural Framework for the Internet of Things IEEE P2413. IEEE GlobeCom Austin, Texas December, 2014

IEEE Standards Activities in the Smart Grid Space (ICT Focus)

Industry 4.0 the German vision for advanced manufacturing

IoT: New Opportunities for Semiconductor Industry Growth. Andrew C. Russell Vice President Marketing Greater China

IoT in Production. Dr. Verena Majuntke, Bosch Software Innovations. Bosch Software Innovations

Manufacturing Operations Management. Dennis Brandl

ITU- T Focus Group Cloud Compu2ng

Overview of the Internet of things

Contents. 1 Introduction of RIAMB and SAC/TC Automation System Integration Framework

ISO/IEC JTC 1 Information technology. Internet of Things (IoT)

IO-Link an integral part in the next industrial revolution known as Industry 4.0

Impact of Internet of Things (IoT) on Industry and Supply Chain

Adapting to Change in the 4th Industrial Revolution. Graham Conlon Global Vice President, Extended Supply Chain, SAP

Standards in the Digital Single Market: setting priorities and ensuring delivery

Secure Machine to Machine Communication on the example of Smart Grids

Industrial Internet of Things Bears Fruit with Connected Services for Plant Assets and Fleet Migration

Plant Software in the Cloud Fact vs. Myth

The future: Big Data, IoT, VR, AR. Leif Granholm Tekla / Trimble buildings Senior Vice President / BIM Ambassador

Digitisation of Industry

INTELLIGENT DISTRIBUTION NETWORK ANALYSIS AND INFORMATION ARCHITECTURE DESIGN

Design for Management Information System Based on Internet of Things

Technology offer: Machine-to-Cloud Management System of Distributed Heterogeneous Devices

Huawei Data Center Facility Integration Solution

White Paper on CLOUD COMPUTING

HARTING Auto-ID System Integration

Network Digitalisation Enel Point of View

SMART ENERGY. The only cloud that speeds up your. cloud services. broadband for smart grids. Last Mile Keeper

SCADA 2014 systems for wind

Industry 4.0 Vision to Reality Siemens AG 2015 siemens.com

Connected Manufacturing

NXP and the Internet of Things ( IoT ) Andrew C. Russell VP Marketing Greater China

A Modern Process Automation System Offers More than Process Control. Dick Hill Vice President ARC Advisory Group

Kepware Whitepaper. Enabling Big Data Benefits in Upstream Systems. Steve Sponseller, Business Director, Oil & Gas. Introduction

Standard Big Data Architecture and Infrastructure

The Cloud: A Force Multiplier for Your Business. Andy Brisley Vice President Solution Engineering

Making Machines More Connected and Intelligent

T r a n s f o r m i ng Manufacturing w ith the I n t e r n e t o f Things

Customer Cloud Architecture for Mobile.

The Internet of Things and I4.0 is an Evolution. New Markets (e.g. maintenance hub operator) Data Driven. Services. (e.g. predictive.

Cloud-based Cyber-Physical Systems in Industrial Automation

Horizontal IoT Application Development using Semantic Web Technologies

Machine-to-Machine Technologies

Chapter 2: Transparent Computing and Cloud Computing. Contents of the lecture

MACHINE TO MACHINE COMMUNICATIONS. ETSI TC M2M Overview June 2011

Remote Monitoring and Controlling System Based on ZigBee Networks

M2M The Next Industrial Revolution & Energy Transition Driver. M2M+ Visions, April 30, 2015, Milano Edmund Hain, Managing Director, MarComSo

Latest in Cloud Computing Standards. Eric A. Hibbard, CISSP, ISSAP, ISSEP, ISSMP, CISA CTO Security & Privacy Hitachi Data systems

Internet of Things Michael Björkman, Technical Director, Marketing, Vacon Plc

Building Connected Businesses with Internet of Things Services

Factories of the Future Horizon 2020: LEIT ICT WP FoF : Digital Automation

ARC Forum Orlando 2015 Building a Secure Industrial Internet of Things

your partner in automation

M2M Service Platform to Support Carrier Cloud

Towards Industrie 4.0

The Future of Mobile Robots In 2020, 26 Million Mobile Robots Will Enable Autonomy in Smart Factories, Unmanned Transportation, and Connected Homes

Security in the Green Cloud

Service-Oriented Architecture as an Integrative Backbone for Cyber Physical Systems

Where Smart Data meets Data Security Siemens Cloud for Industry powered by SAP HANA. April 2015

Comparison of Several Cloud Computing Platforms

System Development Process based on Embedded Linux and Sensor Node

Normen & Standards Industrie 4.0 IEEE Standards

Smart Cities. Photo used under Creative Commons from nigelhowe

Cloud Standards - A Telco Perspective

The Challenge of Handling Large Data Sets within your Measurement System

W3C Meeting ISO/IEC/IEEE P

Enabling the SmartGrid through Cloud Computing

Internet of Things Value Proposition for Europe

Industrial Automation. A Manufacturing Revolution in Automotive and Industrial Equipment

Industrie 4.0. The Aachen Approach

Available online at ScienceDirect. Procedia CIRP 38 (2015 ) 3 7

The Internet of Things... Hype or not?

Future Internet Service- Based Architecture According to FI-WARE

UPS battery remote monitoring system in cloud computing

Offer Highly Available SAAS Solutions with Huawei. Huang Li Executive Vice President of isoftstone

Achievements and ongoing work in the ITU-T standardization of the Internet of Things

Latest development status of the Internet of Things in China

Cloud Computing Standards: Overview and first achievements in ITU-T SG13.

Please find below the wide range of industries and job roles in which our BSc (IS Management) students have served their internships.

Terms of Reference. ITU-T Focus Group on Smart Cable Television (FG SmartCable)

Industry 4.0 and Big Data

Mega Trends in Industries Shaping the Vision of Future Factories

THEME Competence Matrix - Electrical Engineering/Electronics with Partial competences/ Learning outcomes

Transforming industries: energy and utilities. How the Internet of Things will transform the utilities industry

11741 E-Business Credit Hours: Integrated Application Systems Credit Hours: Enterprise Systems Architecture Credit Hours: 3

The Ubiquitous Web, UPnP and Smart Homes

ZigBee IP Stack Overview Don Sturek Pacific Gas and Electric (PG&E) 2009 ZigBee Alliance. All rights reserved. 1

How To Get A Better Price For Your Phone In Orange (European)

The Arrowhead direction - Building automation systems based on IoT. Prof. Jerker Delsing.

Transcription:

Haihua LI (lihaihua@caict.ac.cn)

1 Viewpoints on Industrial Internet 2 Standardization of Industrial Internet 3 Standardization Activities

Industrial internet is the deeply integration and integrated applications of the overall industrial sectors, the overall industry chain, the overall value chain, it is the integrated information infrastructure to support smart manufacturing and key technical basis to drive revolution of smart manufacturing RA of Industrial Internet Networked resource allocation, cooperative organization mode Front CPS. It is from Industrial Perspective, smart factory is the core. Intelligent manufacturing based on data Modeling, analysis and Application Data storage & processing Monitoring and controlling Perception and execution Physical System Ubiquitous Connectivity network Low cost calculation Security & reliability Interoperability Common Capability perspective Top Internet + industry. It is from the internet perspective revolution of networked production organization and business model is the core Side: Common Capabilities. It is from the infrastructure, software definition is the core. Industrial Perspective

Ø Ø Cloud-Pipe-Terminal inside of factory: private cloud platform, industrial network and smart machines the core driver is data chain and industrial software Cloud-Pipe-Terminal outside of factory: public cloud platform, public / private line network, smart factory / smart products, the core driver is driving industrial Internet applications. Framework of Industrial Internet Internet application platform 6 six key elements Pipe smart machines Outside of factory Inside of factory Terminal 5 public cloud platform Data Analysis, Informaiton interactin, SaaS Smart material Smart factory 4 Private cloud platform Data storage & Analysis, Management software Industrial controlling system Real-time monitor, control software Smart machines Cloud 3 1 Pipe Smart production Terminal line 2 Industrial Interconnection network Interconnection network Industrial core software Industrial big data Industrial cloud platform smart product

1 Viewpoints on Industrial Internet 2 Standardization of Industrial Internet 3 Standardization Activities

The term and definition Reference model Overall architecture Data and information model

Real time control: Operation control ERP MES SCADA DCS/PLC Centralized and convergent control Non real time control: big data analysis and Fine Optimization Data Analysis Application PaaS Platform Sensor Standards Ø Industrial sensor technology standard Ø Smart equipment and production facilities enabling standard Ø New type fault diagnosis and prognosis industrial equipment standard Ø Industrial gateway and transmission equipment standard Machine

Internet application system DNS Industrial Internet application service system Standards Ø Network standards Outside of factory intelligent Terminal Internet (outside of factory) Smart factory Management control system Smart material Private cloud platform Industrial Network Smart machines Identification Resolution system Smart production line To support of interconnection and interoperability of Cross enterprise for design, supply chain, manufacturing, service Ø Industrial network standards(inside of factory) industrial Ethernet industrial wireless network Flexible networking Ø Resource allocation management Identification & resolution system IP Address

Industrial big data analysis Data visualization and control Data analysis and mining Cloud computing Data processing and storage Data preprocessing and caching Design Production Sale Logistics Maintena nce Standards Ø Industrial cloud computing standard Open application framework Manufacturing resource cloud services and collaborative platform industrial Internet application development and publishing platform Ø Smart production support software standard Industrial internet OS Process flow simulation Flexible production and optimization operation software Design / manufacturing / marketing / service / consumer collaboration platform, etc. Ø Industrial big data applications and platforms standard cloud operating system and modeling tool Real time storage, management and visualization tools prognosis and monitor of smart equipment SaaS for Intelligent manufacturing, etc.

Maintenance Engineering Private Cloud Purchasing Smart Factory Corporate Secure connection Secure Network 3 rd Intelligent application Smart Machine Ø Security protection u Communicate module u Physical asset with sensor, actuators. Standards Ø Security protection system standards Security of industrial network Security of smart equipment Security of industrial cloud Security of information of smart products platform standards System security, device security, information security for network security monitoring, situation assessment, protection and decision

Decentralize d organization Collaborativ e R&D Crowdsou rcing R&D Virtual design Personal manufacture R & D design Design Cloud Process virtualization Virtual Manufacture Modeling and simulation Collaborative manufacture Manufact uring O2O Product customization e- commerce Personalized customizatio n Mobile social marketing Product sales Manufacturing Marketing Cloud cloud manufacturin g resources cloudization Remot e O&M On-line diagnosis Intelligent control and service platform Industrial APP maintenanc e Service Cloud Standards Manufacture Ø Main application servitization sector application standards Automobile, petroleum, machinery, home appliances, etc. Ø Main application sector equipment standards Ø Main application sector process management standards

Standard System 1. General 2. Smart equipment, production facilities enabling 3. Industrial Network 4 Industrial Cloud computing and industrial big data 5. security protection Terminology RA & Framework Data & Information model Industrial sensor Smart equipment and production facilities enabling standard New type fault diagnosis and prognosis industrial equipment standard Industrial gateway and transmission equipment Architecture & key technology Resource allocation management Smart production support software Industrial big data & Industrial cloud computing standard Security protection system Security protection platform 6. New model and new forms of business Application, equipment, process standards of main application sectors

1 Viewpoints on Industrial Internet 2 Standardization of Industrial Internet 3 Standardization Activities

SDO SDO on industrial sector standardization IEC TC65 industrial process measurement and control ISO TC184 Automation systems and integration IEC TC66 Safety of measuring, control and laboratory equipment ISA Instrument Society of America HART Communi cation Foundati on OPC Foundation IIC Consortium SAC TC124 SAC TC159 SAC TC338 SDO on ICT standardization In China Convergence is required ISO/IEC JTC1, W3C, ITU-T, TMF, IEEE, IETF, etc TC485, TC in China

Industry actions--ciiaii Structure CIIAII is China Integration and Innovation Alliance of Internet and Industry founded in Beijing on July 30, 2014 Xueshan Yang, Vice Minister of MIIT, was selected as the Director of the Steering Committees Shumin Cao, President of CAICT, was selected as the chairman of CIIAII Website: www.ciiaii.org.cn Technology working Committees is researching on the technology and standards of industrial internet

Smart Manufacturing standardization system MIIT is ac)vely promo)ng the Smart Manufacturing standardiza)on Established smart manufacturing standards working group To issue Guide for the Smart manufacturing standards construction Feb.2015 2015.2-2015.12 Dec.2015 Combing the standard requirements relying on 6 TCs. Propose framework of Smart manufacturing standards system. Develop the guidance document.

Strengthen the EU-SINO collaboration Consider Industry Internet as an important application sector Strengthen information exchanging on Industrial Internet, Industry 4.0 Exchange opinions and latest progresson Industry Internet standardization