IoT Leads Opportunities

for Smart Cities

Institute for Information Industry 24 August 2015

Dr. Emery Jou

1

- Technologies & TestbedsT

Outline

IoT Application Trends

IoT Technology for Smart City

IoT Federated Testbed

2

Internet of Things Market Trend

Gartner’s Prediction - Internet of things : 15 Billions or 1

Trillion things connected by 2020

IDC’s Prediction: 2020 28 Billions IoT Units

3

Top7 Intelligent Communities of the Year

• Role models for the world's best practices in creating competitive local

economies and vibrant societies in today's hyper-competitive global economy,

which broadband communications is increasingly linking into a dynamic whole.

• In the "broadband economy," adaptability outweighs legacy, skills rather than

resources are the keys to the future, and innovation, not location, creates a

competitive advantage. Click on the links below to learn more about each

community.

2015 New Taipei 2014 Hsinchu 2013 Taichung Intelligent Community of the Year 2013 Taoyuan 2012 Taichung 2006 Taipei Intelligent Community of the Year 2004 Taipei

Top7 By Year (Taiwan)

4

III IoT Technology for Smart City

5

Multiple Smart City

solutions and methods

Sensor Network

& IoT Application

Platform

Data Analysis

Other Services

Event Processing

Sensing &

Control

Communi- cation

Network

Smart Transportation & Big Data Part of Smart City demonstration in Taipei. Worked with government sectors, municipal buses and private taxi fleet for data collection and big data analysis

AMI System Solid experiences in low-voltage & high-voltage AMI systems

Metal-Friendly RFID Overcame reading difficulties on metallic objects over conventional RFID

Energy Management on Cloud Collaborated with Powertech Industrial; Propagate to various retail & manufacturers

Wireless Broadband Enable video-based surveillance services via wireless network; Work with police patrol/ dispatch system

Low Cost Wireless Network Implemented in Port of Taipei; truck positioning & dispatching; wireless ZigBee network

GNSS Fast Cold Start A quality patent for challenges GPS technology currently is facing

6

IoT Technologies & Solutions Assets

7

8

Video

Equipment

Mobile

Basestation

Video server

Dispatch system

Mobile management system

20Mbps

20Mbps

160Km

120Km/hr

. . .

IOT System 1: BestLINK Broadband Network (2013 R&D 100 Award)

• Wireless solution transmits range can be up to 160km

• Suitable for mobile video based surveillance applications

• Self sustainable private wireless network solution

• Wireless network management platform

Features

Customers • K-Best Technology Inc

• Changhua County Police Department

Functions

9

IOT System 2: Metal-Friendly RFID Technology (2012 R&D 100 Award)

• Metal-friendly

• Enhanced reading range of 15M

• 100% read rate through 30KM/hr

• Enhanced RFID technology

• Metal-friendly Technology for Metallic Objects

• Read metallic objects

Features RFID-mf

Customers

• Taiwan Water Corporation

• Taipower Corporation

• Container Transportation company

• Liquefied Petroleum Gas (LPG) company

Functions

10

IOT System 3-1: AMI System (Developed the first AMI in Taiwan)

GUI for AMI control

High -voltage AMI deployment

Smart Meters

AMI system launch ceremony Smart AMI demo

Source:DigiTimes、CompoTech、TW、III

• High interoperability & scalability for AMI applications. • Heterogeneous sensor network support ZigBee and PLC • Deploy low-voltage AMI as an experimental program

(10,000 houses) • Form industry coalition

• Key AMI technologies with smart grid

• Developed the first high-voltage AMI in Taiwan

• Global hybrid sensor network technologies

Features

Functions

11

IOT System 3-2: Cloud-Based EMS (2011 R&D 100 Award)

“Demand Response”

Customers

• Cloud based

• Real-time 24/7

• Easy to use

• Online reporting

Functions

• Convenient store : 7-11

• Optical company : AUO

• Hotel chains: Naluwan Hotel

• Construction company: Farglory

• Burkina Faso, Africa: solar energy generation monitoring and maintenance

12

IOT System 3-3: Demand Response Platform (Asia's second company certified by OpenADR2.0)

Source: OpenADR Alliance

• Taiwan Power Company

• Central University

• Fujitsui (Japan)

• Quanta (US)

• OpenADR 2.0 Compliant

• Support Demand Response Platform

Collaboration Partners

Functions

13

IOT System 4: Smart Container Dispatching System (2013 R&D 100 Award)

• Enhance competence & efficiency

– Reduce 30% vacant trucks

– Increase 50% operation efficiency

– Increase 10% revenue 1stt year, and 20% in 2nd year

• Truck Dispatch Management

• Advanced Wireless Sensor System

Features

Zigbee-based Positioning Reporting cards with e-paper and Zigbee

On-Truck Device Control Center

Customers

• Taipei Port Container Terminal Corp. • UFO Communication • ShinYi Soft Company

Functions

14

IoT System 5: Sensor-Enabled Green Building (Save 12% electricity annually)

• Save 12% of electricity 1st year, triggering

ecosystem development of green building

• Enable energy management service for

smart building

• Form industry coalition

Integrated sensors E-windows

Information Control center

Solar panel

Solution Announcement Green City Forum in Stanford

Rain collection

• Sensor-Enabled Green Building

• Optimize the air conditioning

• ISO PMV comfortable model

Features

Functions

15

COSMOS (FP7 Call18)

IERC (European Research Cluster on the Internet of Things)

16

III IoT Federated Testbed

17

Testbed of Breadth and Depth

National Central

University Campus

18

Smart Community Cloud-Based Energy Management System 10,000 Nodes Projects (15 Sept 2012 till now)

Gateway

CO2 Sensor CO Sensor

Power Strip

iSocket Thermo Sensor

Location Taipei, Taiwan

Household 2,280

Appliance 11,400

Taipei MinSheng Community

Home GW

Appliance

19

Smart Campus National Central University Campus

Campus Aggregated Meters Building Meters Building Sub Meters Residential Meters Curtailable Loads (DR) Solar Panel

Establishment 1962

Colleges &

Schools 7

Research

Centers 9

Students 12,000 20

Smart Building IoT-enabled Building Deployment

Field A: Ming sang E Rd. Taipei City Temperature, humanity, Occupancy, Lux, CO2

and power consumption monitoring

Monitoring Main HVAC system and AC air-side control

Lighting control (dimming)

Sunshield control

200+ sensing and control point

Field B: Chien Yi Rd. New Taipei City Temperature, humanity, Occupancy, Lux, CO2 and

power consumption monitoring

Lighting control (dimming)

50+ sensing and control point

21

IoT Testbed

Federate independently individual IoT labs

22

Testbed-As-A-Service (TaaS)

Federation empowers to run services (and tests) using

resources provided by autonomous networks

Technology Accelerators

– Allows synthetic polymorphism (diversity of technologies)

– Can create policy and security boundaries that are not

the same as physical boundaries

– Open Source network testbeds affordable to all

23

IoT-LAB (France)

An IoT-LAB node and its gateway

WSN430 board

FIT – site of Strasbourg France

• 240 fixed nodes (3D grid with 10 lines, 8 columns and 3 levels

• 4 mobile nodes (placed on a train) 24

OneLab Federated Testbed

25

https://iot.snsi.iii.org.tw/

25

Taiwan 4G+ experimental network

http://www.communications.org.tw/en/events/item/8737-4gplus.html

• On August 6, the Ministry of Economic Affairs (MOEA) has established a 4G+ experimental network worth of NT$1 billion (US$31.6 million; US$1=NT$31.67) to help Taiwanese vendors reduce testing costs and shorten product time to market for mobile phones, chipsets, small cells and so on.

• Under the MOEA's sponsorship, the experimental network consists of three divisions separately operated by the government-sponsored , the Institute for Information Industry, and the government-run National .

• Ericsson, Nokia, Alcatel-Lucent, NEC and Rohde & Schwarz will provide testing equipment and Chunghwa Telecom and Far Eastern Telecommunications will provide service testing platforms for the network, MOEA said. The network will be used to undertake testing on 17 frequency bands across FDD LTE, TDD LTE and FDD+TDD LTE, by the end of 2015.

26

Horison ICT-08-2017: 5G PPP Convergent Technologies

• Scope:

• b. Research and Innovation Actions – Cooperation in access convergence

• This activity takes advantage of the supporting 5G research and demonstration facilities offered by Taiwan towards collaborative 5G research with the EU, and aims at developing and demonstrating an integrated convergent access across different air interface technologies and the fronthaul/backhaul/core network. Test beds making use of facilities offered by Taiwanese partners are targeted. It demonstrates the capabilities of new spectrum access schemes, including for co-working with the network. A system demonstrator showing applications potential is thus favoured, e.g. for high speed moving vehicles.

• The Commission considers that proposals requesting a contribution from the EU of EUR 2.5 million would allow this area to be addressed appropriately. Nonetheless, this does not preclude submission and selection of proposals requesting other amounts.

27