Introduction to Internet of Things

Similar documents
Standardizing the Internet of Things; Boiling the Ocean

Internet of Things (IoT): A vision, architectural elements, and future directions

Internet of Things, IoT Standardisointi EU painotukset Yritysnäkemyksiä Savonia IoT projekteja

Steve Apps Senior Manager Accenture South Africa

Study on IOT based Architecture of Logistics Service Supply Chain

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

Internet of Things Value Proposition for Europe

IoT R&I on IoT integration and platforms INTERNET OF THINGS FOCUS AREA

ITU WORK ON INTERNET OF THINGS

Internet of Things: IoT Day Special Edition

IoT Prospects of Worldwide Development and Current Global Circumstances

Frame of IoT in China

Emerging Geospatial Trends The Convergence of Technologies. Jim Steiner Vice President, Product Management

Internet of Things The EU research agenda Information Day. Thibaut KLEINER European Commission - DG CONNECT Head of Unit E1: Network Technologies

M2M Communications and Internet of Things for Smart Cities. Soumya Kanti Datta Mobile Communications Dept.

IOT ARCHITECTURE: A SURVEY

Reducing Configuration Complexity with Next Gen IoT Networks

A Framework of Smart Internet of Things based Cloud Computing

How To Understand The Power Of The Internet Of Things

Standard Big Data Architecture and Infrastructure

INTERNET OF THINGS EUROPE

Convergence of Open Source Projects and Standards Development SES Webinar Series

Harmonizing Government Policies and Enterprise Strategies for IoT Business

Internet of Things (IoT): A vision, architectural elements, and future directions

AIOTI ALLIANCE FOR INTERNET OF THINGS INNOVATION

Automation Systems and the IoT Industrial Internet

Key Challenges in Cloud Computing to Enable Future Internet of Things

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

The Internet of Things (IoT)

The Internet of Things in Smart Buildings 2014 to 2020

The Wireless World - 5G and Beyond. Björn Ekelund Ericsson Research

INTERNET OF THE THINGS (IoT): An introduction to wireless sensor networking middleware

Overview of the Internet of things

MAX DOLGICER THE INTERNET OF THINGS NAVIGATING THE FUTURE OF INFORMATION TECHNOLOGY

EUK : South Korea: IoT joint research

SMART IoT PROTOCOLS. Creating the Living Network. Chonggang Wang Innovation Lab, InterDigital Communications. December 8, 2014

The Internet of Things starts with intelligence inside

SEMICONDUCTOR WIRELESS SENSOR NETWORK MARKET EXECUTIVE SUMMARY. Wireless Sensor Network Energy Harvesting And Storage Applications

Smart Systems: the key enabling technology for future IoT

Future Directions for Internet of Things Work

Application Intelligence and Vision in Internet of Things (IoT)

secure intelligence collection and assessment system Your business technologists. Powering progress

Head of Unit Network Technologies DG CONNECT European Commission

Index Terms: Internet of Things (IoT), IPv6, IPv4, RFID, Machine to Machine Communication, WSN Network.

IEEE Standards Association (IEEE-SA)

Thibaut Kleiner (HoU) Rolf Riemenschnieder (HoS) E1 Network Technologies DG CONNECT European Commission

Marko Hännikäinen Tampere University of Technology IoT week CLOUD-BASED SERVICE PLATFORM FOR WIRELESS SENSOR NETWORKS

Enterprise Application Enablement for the Internet of Things

Haihua LI

Introduction to ARTEMIS Strategic Reseach Agenda. June 24, 2015

ICNC 2015 Panel. Internet of Things: Technical Challenges and Business Opportunities. 18 th Feb., 2015

Big Trends in Computing Research Over the Next Decade

Horizontal IoT Application Development using Semantic Web Technologies

The European Alliance for IoT Innovation

USE CASES BROADBAND EXPERIENCE EVERYWHERE, ANYTIME SMART VEHICLES, TRANSPORT & INFRASTRUCTURE MEDIA EVERYWHERE CRITICAL CONTROL OF REMOTE DEVICES

Internet of Things From Idea to Scale

Internet of Things, 5G, Big Smart Data Interplay. The Convergence and Integration of Mobile Communications, Internet, and Smart Data Processing

Cityzenith s 5D Smart City platform empowers users with a simple way to make sense of the torrent of data in our cities, corporate

Session 4 Cloud computing for future ICT Knowledge platforms

Standard for an Architectural Framework for the Internet of Things (IoT) IEEE P2413

Secure, Efficient, and Open Standard Internet of Things

Performance Evaluation of Large-Scale Wireless Sensor Networks Communication Protocols that can be Integrated in a Smart City

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

Merging the Internet of Things and Robotics

The Internet of Things Challenges and Opportunities beyond the hype

EL Program: Smart Manufacturing Systems Design and Analysis

Behind the Internet+: Internet of Things, Cloud Computing, and Big Data

Intelligent Buildings: The Past and the Future

Developing the edge or scaling the core through corporate venturing Internet of Things. Daan Witteveen

Thanks, But No Thanks

Smart Cities are the Internet of Things

INTRODUCTION. IoT AND IP STRATEGIES

Internet of Things. Reply Platform

Smart Energy / Grids. ehealth / Healthy Living. Smart Agriculture. Smart Content. egovernment. Smart Mobility. Smart City / Living

IOT the Last Miles. Tze Chiew (PSM) Jaap Breepoel (FAE)

IPv6, IoT and beyond

- M2M Connections & Modules: Network connections, sim-cards, module types.

INTERNET OF THINGS 1

Sensor Information Representation for the Internet of Things

The IOT Industry of China Overview

M2M Standardization and its perspectives

Internet of Things: Architecture and Security

A Big Picture for Big Data

Secure and Semantic Web of Automation

Internet of Things: Consumerisation of Technology.

The Internet of Things:

Transcription:

Introduction to Internet of Things DAVID LIU, 9/23/2014 What is Internet of Things A Network if interconnect objects that: harvests information from the environment sensing) Interacts with the physical world actuation/command/control) Use existing Internet standards to provide services for information transfer, analytics, applications, and communications [1] K. Ashton, That Internet of Things thing, RFID Journal 2009 1

Internet of Things Technology Trend 2

Enabling Technologies Radio Frequency Identifier (RFID) Wireless Sensor Networks (WSN) Middleware Applications Middleware A software layer or a set of sub-layers interposed between the technological and the application levels Often Service Oriented Architecture (SOA) approach [2] 3

Applications Transportation and logistics Healthcare Smart environment Personal and social Futuristic applications Transportation and Logistics Logistics real-time monitoring of almost every link of the supply chain Assisted driving Mobile ticketing Monitoring environment parameters Food supply chain Augmented maps 4

Healthcare Tracking of person or object Identification and authentication Data collection Sensing Smart Environment Comfortable homes and offices Industrial plants (automation) Smart museum and gym 5

Personal and social Social networking Historical queries Losses Thefts Futuristic Applications Robot taxi City information model Enhanced game room Not necessary video games 6

Research Computing, communication identification technologies Distributed system technologies Distributed intelligence Security technologies Challenges I Architecture WSN based Cloud based Energy efficient sensing Secure reprogrammable networks and privacy Quality of service New Protocols Energy efficient MAC Routing protocol 7

Challenges II Data mining GIS based visualization Cloud computing International cooperation/activities IoT Related Projects US NSF Cyber-Physical Systems European Commission Framework Programme 7 (FP7) HYDRA project: SOA middleware RUNES project: large scale widely distributed heterogeneous networked embedded systems IoT-A project: architecture reference model for interoperability icore project: IoT with cognitive technologies SENSI: an Integrated Project in EU Framework Programme 7 Japan UNS (Ubiquitous Networked Society) initiative China National Initiative Emerging Strategic Industry Shanghai Internet of Things Center, 2010 NSIC (National Sensor Information Center), Wuxi, Jiangsu Province RMB 80 billion, 1000 companies (2012) 8

EU SENSEI A highly scalable architecture framework An open service interface and corresponding semantic specification Efficient WSAN island solutions (protocol stack, 5nJ/bit Pan European test platform Standardization IEEE P2413 WG, Internet of Things (IoT) Architecture ITU JCA-IoT) Joint Coordination Activity on Internet of Things, Feb, 2011 onem2m Open Geospatial Consortium Organization for the Advancement of Structured Information Standards (OASIS) IPSO Alliance (promote Internet Protocol as the basis for the connection of Smart Objects, not to define technologies) 9

ITU IoT Reference Model ITU-T Ubiquitous Sensor Networks 10

Industrial Efforts AllSeen Alliance Qualcomm, Microsoft, Cisco, Dec, 2013 Application layer (language and protocol Open Interconnect Consortium Intel, DELL, Samsung, July 8, 2014 Application layer Thread Project Google s Nest, Freescale, ARM, Samsung, Silicon Labs, Yale, July 15, 2014 Specific radio and networking technologies References [1] Gubbi et al, Internet of Things (IoT): A vision, architecture elements, and future directions, Future Generation Computer Systems, 29(2013), 1645-1660 [2] Atzori el al. The Internet of Things: A survey, Computer Networks. 54 (2010), 2787-2805 [3] Miorandi et al. Internet of Things: Vision, applications and research challenges, Ad Hoc Networks 10 (2011), 1497-1516 [4] M. Cargugi, Introduction to the ITU-T Global Standards Initiative on IoT with focus on SG13 activities, ITU Workshop on the Internet of Things Trend and Challenge in Standardization, February 18, 2014 11