5G for the Industrial Internet of Things 2019
Date: Monday September 30
Time: 11:00 – 17:00
Room: Conference Room 3
There is no doubt, that requirements from the Manufacturing sector, and more generally, the Industrial Internet of Things (IIoT) has been one of the driving verticals for the design and development of new 5G concepts and technologies. The notion of ultra-reliable low latency communications and massive machine type communications are somehow reflecting the primary communication types needed within the IIoT domains. In addition, we can also witness the emergence of fog and edge computing from the IIOT domain in the past years, which also have driven the architectural evolution of 5G infrastructures. Last but not least, it is probably this domain, which is supposed to be affected most by the ongoing digitalization and there are many important initiatives underway, like Industrie 4.0, the Industrial Internet, and many edge computing related standardization fora, which have to be carefully taken into account when positioning and optimizing 5G for this.
In this track we want to review the recent work of major relevant IIOT standard bodies, like the Industrial Internet Consortium and the Industry Engineering Consortium, and look at emerging industry testbeds to explore the most recent developments in this context. Furthermore, we want to learn from different IIOT verticals their needs and expected use cases for MMTC und URLLC as well as their views on edge computing and network slicing in 5G. Also we want to learn from leading network operators and manufacturers their views on architectural options and key technological 5G enablers. A final plenary will provide the chance to discuss with key industry experts the opportunities and challenges of 5G in these domains.
|11:00 – 11:10||Opening from the Chairs||P. Bellavista, P. Chatzimisios, T. Magedanz|
|11:10 – 13:00||Session 1: IIoT Drivers and Standards, and Fora|
|5G – A Key Enabling Technology for the Industrial IoT||Andreas Mueller, 5G-ACIA, Germany|
|Towards Smart Factories with 5G||Linus Thrybom, ABB, Norway|
|Towards Campus Networks at Volkswagen||Markus Zarbock, Volkswagen AG, Germany|
|5G in Smart Agriculture||Hermann Buitkamp, VDMA, Germany|
|5G and Satellite Integration for IIoT||Maria Guta, ESA, The Netherlands|
|Convergence of ICT and OT within IEC||Yun Chao Hu IEC, The Netherlands|
|Harnessing the Industrial IoT Opportunities with 5G||Atte Länsisalmi, IIC, Finland|
|Network Slicing for 5G based IIOT||Michele Zarri, GSMA, UK|
|Private Enterprise Networks in the Era of 5G and IIoT||Mona Ghassemian, BT Research Labs, UK|
|13:00 – 14:00||Lunch Break|
|14:00 – 14:45||Session 2a: Edge Computing as Prerequisite for IIoT in 5G|
|The Edge Computing Paradigm for the Industry||Alexander Willner, Fraunhofer FOKUS, Germany|
|Edge Services, Now and Beyond||Sunku Ranganath, Intel, USA|
|The Potential of Edge in Manufacturing||Sebastian Ritz, German Edge Cloud (GEC), Germany|
|14:45 – 16:00||Session 2b: First real life Deployments of Smart Factories|
|Smart Factories with Vodafone||R. Irmer, Germany|
|Smart Factories with Telefonica||G. Huber, Telefonica, Germany|
|Smart Factories – reality check||Peter Gaspar, A1, Austria|
|Smart Factories with TI||G. Elia, TIM, Italy|
|Towards smart venues||Marcus Eibach, Deutsche Messe AG, Germany|
|Towards Smart Factories with 5G||Krister Landernäs, ABB, Norway|
|Towards Private 5G Networks||N.N., Siemens, Germany (tbc)|
|Realizing smart manufacturing through 5G||Christoph Bach, Ericsson GmbH, Germany|
|16:00 – 16:30||Coffee Break|
|16:30 – 17:30||Track Panel: 5G for IIoT Challenges and Opportunities|
||Christoph Bach, Ericsson, Germany
Krister Landernas, ABB, Norway
Hermann Buitkamp, VDMA, Germany
Dr. Andreas Mueller is Chairman of the Board of the “5G Alliance for Connected Industries and Automation” (5G-ACIA) and Head of Communication and Network Technology of Bosch Corporate Research in Stuttgart, Germany. 5G-ACIA has been established as a global alliance for paving the way for the use of 5G technology in smart manufacturing and for unlocking the great potential that comes along with it. To this end, 5G-ACIA brings together leading players from the ICT and OT industries and addresses relevant technical, regulatory and business-related aspects. As part of his responsibilities in Bosch, he is coordinating the industrial 5G activities within the Bosch Group across different business units as well as the research activities of Bosch related to future connectivity infrastructures. Andreas holds a German Diploma degree in Electrical Engineering as well as a M.Sc. degree in Information Technology, both from the University of Stuttgart, Germany. Furthermore, he received a Ph.D. degree (with distinction) in Electrical Engineering from the same university.
Abstract: 5G will play a crucial role in enabling unprecedented degrees of flexibility, productivity, versatility and usability in future industrial production. Important building blocks of 5G supporting industrial use cases and requirements include ultra-reliable low-latency communication, time-sensitive communication, non-public networks and high-precision positioning. This talk will give an overview of the promises and great potential of 5G in the industrial domain. Furthermore, recent activities of the “5G Alliance for Connected Industries and Automation” are presented, which has been established as a global forum for both the ICT and the OT industries in order to make sure that industrial 5G becomes a major success.
Since 2016, Hermann Buitkamp has been working at the VDMA (Association of German Mechanical Engineering Industry) in Frankfurt and Munich on digitization and standardization strategies for industrial and agricultural engineering issues. He got his Dipl.-Ing. degree from RWTH Aachen University and his PhD from Bonn University. In 1991 he joined Sick AG as the engineering manager developing laser scanners, optical sensors and safety controls. Starting in 1998 he worked for four years as the VP of engineering for an OMRON owned company in Fremont, Cal. Back
Abstract: Digitalization in agriculture enables the efficient and precise use of agricultural resources (soil, water, air, machinery, diesel, fertilizer, herbicides, fungicides, etc.). In this way, it supports the goal of better food, stable crop yields, low production costs and improved working conditions. The digitization and networking of agricultural value chains from the agro-chemical industry to food traders improve the environmental balance and social acceptance of modern agriculture. The talk will explain the most important success factors for digitization and networking within the agricultural sector.
Maria Guta is Senior 5G SatCom Solutions Architect in the Future Projects and Applications Division of the Telecom Technologies, Products and Systems Department Directorate of Telecommunications & Integrated Applications in the European Space Agency (ESA). Involved in the ESA initiative for 5G, prepares and implements technologies and services development activities to foster the integration of satellite and terrestrial solutions within the 5G and for various verticals. Interfaces with external stakeholders i.e. space and non-space organisations, national space agencies and EU, –DG Connect/Grow, to develop common understanding for the requirements for satellite systems and services, in view of convergence with terrestrial 5G networks. She has more than 20 years of experience in satcom field. In her previous positions, she was with Eutelsat in the Systems Studies Division and the Space Engineering SpA in the Telecom Programmes Division.
Abstract: Satellites play a vital role in 5G networks bringing services to users and verticals and supporting a large number of 5G use cases. Satellite networks have specific attributes i.e. wide area coverage, availability with simple infrastructure, broadcasting, security, to address in a native manner current cases which were not yet considered for the first 5G standardisation releases, mainly because their implementation using only terrestrial networks is technically difficult or costly. The talk aims to introduce potential evolutions of satellite networks adopting edge networking solutions in support of 5G private networks for industrial verticals and mMTC/IoT cases with extensions of NB-IoT and NR.
Mr. Yun Chao Hu is employed by Huawei Technologies since March 2011 and works for the Huawei West-European Headquarter (HQ) located in Düsseldorf (Germany). His current function within Huawei is Senior Director of the Standardization and Industry Development Strategies within the EU Industry Standards Department. He leads a team of standardization experts working in the areas of IoT, Cloud Solutions, Smart Energy and Industry 4.0. He is currently responsible to establish the standardization strategies for the industry verticals as well heading the Huawei team that participates within several standardization activities within IEC, such as IEC MSB Projects, TC65, SyC Smart Manufacturing, SEG7 (Smart Manufacturing), SEG8 (Communication technologies and architectures) and SEG9 (Smart Home and Buildings). Currently, Yun Chao Hu is the Convenor of IEC SEG8 WG1 on Market and Technology trends, and the Convenor of the IEC SyC Smart Manufacturing Marketing, Communication and Outreach Adhoc Group. Yun Chao’s interest is bridging the telecom related standardization with the industry vertical standardization and actively involved in the IEC MSB projects and IEC SEG8 on communication technologies and architectures. Furthermore, he is playing a key role within Huawei in converging ICT and OT domains to support the digital transformation within the different industries.
Abstract: Most if not all of the current industries are embracing the digitalization and the digital transformation of their business. It is mainly the digital transformation that is currently disrupting the traditional business models and driving the data and knowledge driven economies within the industries. This presentation will highlight the different ICT aspects that is impacting the current OT experience, such as 5G, Artificial Intelligence, Edge Computing, Big Data, and Privacy. The evolved ICT will enable the deployment of the real time wireless networks will deliver opportunities to provide time sensitive applications but still benefiting of the mobility of the end devices. The ultra-low latency, high reliable connectivity and data processing are integral part of different operational technologies enabling the targeted digital transformation needs within the industry verticals. The presentation concludes that the boundaries between ICT and the OT areas are graying out and in the future the voice of the industry verticals will bring new challenges towards the traditional ICT driven standards organization. The digital transformation will be an important driver of new requirements where the industry vertical characteristics such as long duration form compatibility, safety, cyber security, etc are still preserved. Unfortunately, the standardization landscape is traditionally oriented around a division of Communication, Information and Operation Technologies. Therefore, it is foreseen that an intensive collaboration between the different standardization development organizations and industry associations.
Mr. Atte Länsisalmi is Program Manager in Nokia Bell Labs where he coordinates Nokia’s industry activities for Industrial IoT. Atte joined Nokia Research Center in 1993 and has been involved in mobile communication research and standardization activities since the 2G, in roles of technical contributor, architect and coordinator. System Architecture and Core Network aspects in 3GPP standards have been his main focus areas. In recent years his focus has shifted to Industrial IoT and involving members from Automation Industry in the development of 5G and listening to their voice is one of his professional aspirations. Atte is engaged in related industry forums, such as IIC, where he is co-chair of the Connectivity Task Group and 5G-ACIA, where he holds deputy chairman position in Working Group 3, Architecture and Technology.
Atte holds MSc in Telecommunications Technology from Helsinki University of Technology, now known as Aalto University.
Abstract: 5G has features that are specifically designed to address the needs of vertical sectors, such as network slicing and URLLC. It is estimated that Industrial IoT alone will triple the number of needed base stations globally, so the true success of 5G depends on the verticals. It is also clear that many verticals will need efficient wireless technologies to be successful. The push and pull are there, but how do we assure that the ends meet? Consensus based standardization where technology providers and end users work together is known to be effective to solve this equation. In 5G standardization we have telco vendors and telco operators with vested interest and correspondingly strong play, but it is fair to say that the new group of users, the different verticals have yet to show their true nature. We have a lot to do together in this field. This is where organizations like Industrial Internet Consortium (IIC) can have a significant role. While IIC is not a standardization body, it is world’s leading industry engagement organization for accelerating Industrial IoT, with over 200 member organizations from more than 30 countries. IIC is all about bringing the industries together, and so far, the main players come from the Industrial segment itself. IIC has produced a set of foundational documents, such as the IIoT Reference Architecture which includes business, usage, functional and implementation perspectives. This growing set includes also IIoT Connectivity Framework and soon also IIoT Networking Framework which both identify 5G as key technology enabler for IIoT.
Mona Ghassemian received the Ph.D. degree in mobile and personal communications research from King’s College London (KCL), in 2006, with NTT DoCoMo scholarship. She continued at King’s College London as a Research Associate in eSense 6th EU framework project. She worked as a lecturer and senior lecture at King’s College London, University of Greenwich and SBU 2006-2007, 2007-2012, and 2012-2018, respectively, and was a Visiting Research Associate at KCL, from 2008 to 2017. She is currently a Senior Researcher at BT research labs, working on private enterprise networks, 5G IoT, and 5G-VINNI H2020 project.
Abstract: In today’s digital world, the requirements of the enterprise continue to evolve and private enterprise network solutions and 5G technology may be a great fit for many emerging industrial
verticals. This talk delivers private enterprise networks taxonomy, use cases, enabling technologies and concludes by presenting a competitor/collaborator strategy overview.
Dr.-Ing. Alexander Willner is head of the Industrial Internet of Things (IIoT) Center at the Fraunhofer Institute for Open Communication Systems (FOKUS) and head of the IIoT research group within the chair of Next Generation Networks (AV) at the Technical University Berlin (TUB). In joint collaboration with the Berlin Center of Digital Transformation (LZDV) he is working with his groups in applying standard-based Internet of Things (IoT) technologies to industrial domains, such as Industry 4.0. With a focus on moving towards the realization of software-based industrial communication infrastructures, the most important research areas include industrial real-time networks (TSN/5G), middleware systems (OPC UA), distributed AI (Digital Twins) and distributed Cloud Computing (Edge Computing).
Abstract: Sensors from the Internet of Things produce significant amounts of data and actuators can be controlled automatically based on this data. When used in industrial contexts, physics and regulatory frameworks pose some challenges in terms of response times and data protection. Pure data processing in a central cloud can reach its natural limits. The Edge Computing paradigm addresses these issues by processing data where it is generated. The Edge Computing Consortium Europe (https://ecconsortium.eu) focuses on the identification of open standards and implementations for the use of edge nodes in the manufacturing industry. The aim of this talk is to facilitate discussions about how Edge Computing and deterministic connectivity
approaches, such as 5G for wireless and TSN for wired communication, mutually depend on each other.
Sunku Ranganath is a Senior Network Software Engineer at Intel, working in Telemetry & Service Assurance domain. Sunku is an active contributor to Barometer project and founded Closed Loop Automation Working Group before joining TSC. He is active contributor to Collectd community and actively works on designing & prototyping many NFV solutions using OpenStack and Kubernetes, specializing in hardware aware acceleration. Sunku lives in Portland, Oregon and holds a Master of Science degree from Arizona State University.
Abstract: How are we making easy for our developers to create the exciting 5G and edge services that are the real driving force behind edge transformation? Intel is developing and making available an open reference software toolkit – called “Open Network Edge Services Software (OpenNESS)” that abstracts the complexity of the network and provides an easy button to “network-as-a-service” capabilities to the developer. Join us for a deep dive incursion into the future of edge services.
Peter Gaspar – Since 20 years in the telecommunications industry, Peter worked for multiple mobile operators in Austria and Slovakia. In Cisco (2007-2017) took care of the technical consultancy for mobility and networking technologies in Middle East, Africa and Russia/CIS. In the last 5 years he focuses on IoT solutions and infrastructure and has helped develop customer IoT solutions in the areas of Smart City, Asset Management, Retail and Transportation. In 2017 he joined A1 Digital to work as solution architect with focus on IoT connectivity, platform and architecture and supports customer solution development for fleet management, asset tracking, connected products and other.
Abstract: Short summary of the learning we made in the market of the Smart Factory vertical. We will focus on viability and usage of mobile technologies today and in the future.
Marcus Eibach works for Deutsche Messe AG and leads all 5G activities within the company. This means establishing a public and private 5G network at one of the largest exhibitions centers worldwide as well as developing new trade shows on this topic. His team is building the networks across the different industry verticals. During the last five years he has led a majority-owned subsidiary. Marcus has worked at Deutsche Messe as a senior manager in different functions for almost 20 years now. Before that he has worked as an entity manager in the logistic sector at DHL Worldwide Express. Marcus holds a German diploma degree in economics from University of Bremen.
Abstract: Deutsche Messe owns and operates one of the largest exhibition centers worldwide. Deutsche Messe intends to establish a public and private 5G network in the halls and the outside areas to serve exhibitors and visitors. Our intention is to go far beyond that pure service aspect. At Hannover exhibition center we want to showcase a wide range of applications enabled by 5G technology. This requires a multi supplier and operator strategy which is a big challenge. In the presentation we will report on the current status of the infrastructure concept and status of discussions with potential suppliers.
Dr. Krister Landernäs is principal scientist at ABB Corporate Research in the area of wireless communication. He has more than 10 years of experience working with research at ABB. As an expert on wireless communication he has actively contributed in standardization of new wireless protocols for automation. In recent years, Krister has worked with new automation solutions for factory and process industry, often in close collaboration with academia. He is also responsible for coordinating 5G activities in ABB Corporate Research and is currently technical manager for the H2020 5G-SMART project on factory automation.
Abstract: 5G targets to become a key enabler of the Factories of the Future or Industry 4.0 by enabling and supporting the digital transformation of the manufacturing industry. The integration of 5G technologies in the manufacturing ecosystem has great potential to accelerate the ongoing digital transformation of the manufacturing industry at all levels. Such targets represent many new challenges to support seamless integration of 5G in the current manufacturing process. The need for evaluation and validation of real-world radio deployments is essential in order to drive future 5G standards and technology adoption in the manufacturing ecosystem.
Christoph Bach, Dr. Ing., works as Chief Technology Officer in the Service Provider segment since November 2017. In this capacity, he collaborates with a variety of service providers and industry customers in Germany, Switzerland and the Netherlands.
After working as research assistant for the distance learning university Hagen, he worked in the network development of RWE Telliance from 1995 to 1999 and of o.tel.o communications afterwards. Since 1999, he occupied various management positions with special focus on pre-sales, strategy and business development in Europe.
Combining 5G networks with Industrial IoT (IIoT) will make manufacturing more effective and flexible. 5G network capabilities are evolving from the support of massive IoT to extreme low-latency IoT applications. Currently, most use cases on manufacturing sites are based on wired connections. However, as the evolving cellular capabilities are challenging industrial ethernet solutions, cables will in many cases become redundant, introducing opportunities for more flexible production and expanded digital operations.
Fraunhofer Institute FOKUS
|Paolo Bellavista University of Bologna,
International Hellenic University,