iot eco-system using wi-sun sensor network - akira tsuge - yrp.pdf · internet expansion smartphone...

1All Rights Reserved, Copyright© YRP R&D Promotion Committee

24th Aug, 2015YRP R&D Promotion Committee

Assistant to Director

Akira Tsuge

IoT eco-system using Wi-SUN sensor network


1. Introduction of YRP2. Global IoT Trend3. M2M/IoT eco-system

using Wi-SUN sensor network4. Use cases

Agenda


1. Introduction of YRPYokosuka Research Park (http://www.yrp.co.jp/en/index.html) is an R&D cluster for ICT specially focused on radio and communications technologies.

YRP is the birthplace of mobile handset technologies.

http://www.yrp.co.jp/en/index.html


Automobile

Radio Communication

Windows PCInternet Expansion

SmartphoneCloud Solution

Mobile Internet

2012Release10(LTE-Advanced) (4G)

20205G practical usedocomo

2014Release12

In-Vehicle Ethernet

202027 mil installation by TEPCO

Information Appliance

Mobile Device2007

iPhoneAndroid

19932G

20003G

20205G Launchdocomo

1999i-mode

2010iPad

from feature phone to open type smartphone

From feature phone service to smartphone/tablet service

CANFlexRay

LINIVI MOST

Transition from Closed IVE to Open IVE

Solution agaist threatFor Open IVE

Energy Management

Smart Device control

2009Release9 (LTE) (3.9G)

1995(FOMA) (3G)

2005Release99

(UMTS) (3G)

Web technology

2013

2014

2003

AV Entertainment

WebOS

1998

2013OPEN Alliance SIG・140社

2011

for IVI

2002

FireFoxOS2014WearableDevices

2014 GeogleApple CarPlay

2016 4G practical use

2020In practical use of Automated Driving

2024Total 80 mil in Japan

2014 Geogle

Apple HomeKit

Smart Device Expansion

Era of IoT (Internet of Things)

2011 EchonetLiteHEMS Standardization

2014 Smart Meter2 mil installation by TEPCO

2008 SEP1.0 2011 SEP2.0

2000 2010 2015 2020

IoT / M2MEco-System

Thread Group

IIC

OIC

2013

2014

Interoperability issues, Security issues,

Big Data handling issues

Interoperability

19982003

2002

2008 SEP1.0

Standard, Logo certification of each industry by industry associations

IoT Eco-System

2012

2. Global IoT Trend

Global Market History


2. Global IoT Trend

Fragmentation of M2M/IoT solutionsHuge M2M / IoT solutions have flooded all over the world,

it can not be determined should I use any solutions.

※ OneM2MのWhitePaperより


2. Global IoT Trend

IoT International Organization related Trend

IndustryOrganization

Summary Participants Launched

OneM2M Launched jointly-seven of standardization development agencies in the worldThe traditional vertically integrated M2M service should be converted to horizontal integration types in common PF.Release 1 (February 4, 2015)

Carriers and device vendors centerContinua, HGI, OMA such as industry associations202 companies

24th July, 2012

AllSeen Alliance Linux Foundation under the umbrellaand home electronics products, such as mobile terminals with the aim of IoTpromote that cooperation.

QUALCOMM, LG, SHARP, Hier,Panasonic, SONY, Microsoft others,More than 100 companies

10th December, 2013

Industrial Internet Consortium

The standard specification analysis by use case of industry area, provides test bed

Started by AT&T, Cisco, GE, IBM, Intel More than 150 companies

27th March, 2014

Open Interconnect Consortium

based on the smart home area, aims to provide a horizontal integration type of open IoT platform.

Intel, Samsung, Cisco, Mediatek, others, more than 50 companies

14th July, 2014


Samsung

Intel

MediaTek

DELL

Atmel

GEFujitsu

Open Group

AT&T Cisco

Hitachi

Toshiba Toyota

Sharp

Panasonic

Microsoft

Qualcomn LG

Haier・・・

… others, 138 companies … others, 104 companies

Nest Labs ARM

Freescale Silicon Labs

Big Ass Yale

… others, 70 companies

IIC (Industrial Internet Consortium)

OIC(Open Interconnect Consortium)

All Seen Alliance

Thread Group

Interoperability based Platform of IoT

Multi Segment Device Platforms

（established in July 15th 2014）

（established in Mar. 27th 2014）（established in July 8th 2014）（Established in Dec. 10th 2013 ）

SONY

EyeBall

Honeywell

OneM2M（Established in July. 24th 2012 ）

CiscoCisco AT&T

Fujitsu Hitachi

LG

Panasonic SONY

Qualcomn Cisco

Intel Samsung

docomo SoftBank KDDICooperation


Combined 7 International Standard bodies from US, Korea, and Japan

2. Global IoT Trend

IoT International Organization relationship

IBM


13th, July 2015 Document Releasehttp://threadgroup.org/Home.aspxBattery Operated DevicesThread CommissioningThread Stack Fundamentals_v2Thread Usage of 6LoWPAN

http://threadgroup.org/Home.aspx


SEP

802.3CSMA/CDEthernet

802.11CSMA/CA

Wireless LAN

802.16BWA

(Broadband Wireless Access)

Physical

MAC

LLC

Network

Transport

Data Link

Session

Presentation

Application

802.2 LLC

OSIReference model

Name Objects Layer1/2 Specification Organization

Ethernet LAN IEEE 802.3

WiFi Wireless LAN IEEE 802.11a/b/g/j/n/ac/ad Wi-Fi Alliance

Bluetooth Near Field Wireless Network IEEE 802.15.1 Bluetooth SIG

ZigBee Near Field Wireless Sensor NW IEEE 802.15.4 ZigBee Alliance

WiSUN Smart Utility NW IEEE 802.15.4g Wi-SUN Alliance

WiMAX Wireless MAN IEEE 802.16 WiMAX Forum

Echonet Lite Remote control of HEMS Not Specified Echonet Consortium

802.15.1 802.15.4 802.15.4g

802.15Wireless PAN

※ To be confirmed from each specification

※※※

Thread Group

IIC/OIC/OneM2M/AllSeen Alliance

Discussion area of the Global Standard of IoT eco-system.

※

2. Global IoT Trend

Relationship with conventional industry standards


Build IoT platform on top of conventional industry standard (transport layer)such as Wi-Fi, Bluetooth, …

IoT Platform

Smart HomeProfile

Health CareProfile

AutomotiveProfile

IndustrialProfile

・・・

Transport Layer

M2M sensor devices

Resource Model (Smartphone, small devices, )

DiscoveryCRDUN

(basic I/F)Data

ManagementDevice

Management

Security, Access Control

2. Global IoT Trend

Discussion Area of IoT eco-system functionality

10YRP-IOT ConfidentialAll Rights Reserved, Copyright© YRP-IOT Corp.

Supporting up various sensors from specific business applications

M2M Application API

Business Applications

M2M Communication I/F

Cloud DataDB（KVS）

Real-time processing

infrastructure

Batch processing

infrastructure

Device Management / Control

Master DeviceM2M com. I/F

Slave Device Slave Device

Local DB

Protocol Converter

Camera

SensorSensor

EtherEther

Master Device

Slave Device

Sensor Sensor

Sensor

Master Device

Slave Device

Sensor Sensor

Sensor

M2M I/F

Device Registration

Data Analysis

User Management View

Business Apps. Function

RouterGlobal IP Ether

Internet

Global IP

Global IP

RF DeviceOther System

RF Device

Sensor Sensor

Sensor

RouterEther

Global IP

Storm M2M Cloud Infrastructure

Humidity SensorFall Sensor Temperature SensorVibration Sensor

M2M com. I/F M2M com. I/F

Ethernet3G/LTE

3. M2M/IoT eco-system using Wi-SUN sensor network

Architecture of M2M sensor network infrastructure


Main Trunk of M2M/IoT system → Base system in each industry

The difference development from Main Trunk

Application Archtecture

Local DB

M2M I/F Graph

User Management View

Apps dependent Function

Minimization of only the difference of each business application on the Framework

M2M/IoT System Main Trunk

業務アプリ基本アーキ

ローカルDB

M2M I/F グラフ

ログイン管理 View

業務アプリ機能

Main Trunk

Main Trunk


ローカルDB

M2M I/F グラフ




ローカルDB

M2M I/F グラフ




ローカルDB

M2M I/F グラフ




ローカルDB

M2M I/F グラフ




ローカルDB

M2M I/F グラフ




ローカルDB

M2M I/F グラフ



Main Trunk


ローカルDB

M2M I/F グラフ



・・・

・・・

・・・

・・・

・・・

Main Trunk

・・・

Similar to LSB development model in Linux Foundation

Agriculture Base

Fishing Industry Base

Prevent Disaster Base

Smart Home Base

Main Trunk・・・・

・・

Feed Backto Main Trunk Feed Back

to Main Trunk

New Business Base


Horizontal development by Base Systems


Common Main Trunk → Base system in each industry →Horizontal development in each industry

Common Main Trunk for all industries

Main Trunk

Main Trunk

Main Trunk

・・・

・・・

・・・

・・・

Main Trunk

Agriculture

Prevent Disaster

Transportation ・・・

Original SystemAgriculture

Base

Prevent Disaster Base Main Trunk

Smart Home Base

Transportation Base

Fishing industry Base

・・・

・・・

・・・Main Trunk

Railway Base

Main TrunkSHM Base

・・・

AgricultureAgriculture

Agriculture





Fishing IndustryFishing Industry

Fishing Industry

Fishing IndustryFishing Industry

Fishing IndustryFishing industry

Prevent Disaster

Railway

Prevent DisasterPrevent Disaster


Prevent Disaster


Prevent Disaster

RailwayRailway

RailwayRailway

Railway

RailwayRailway

Railway

Smart HomeSmart Home

Smart Home

Smart HomeSmart Home

Smart Home

SHMSHM

SHMSHM

TransportationTransportation

Transportation


Transportation


Transportation

・・・

Energy Management

New Business Base


Further Horizontal Development in each industry


PC, Smart Device

Big Data Agriculture Apps

Sensor Node

Sensor

SensorSensor

Sensor

センサ

WISUN方式

Soil Temperature

自立電源Camera

TemperatureHumidity

Wi-SUN NW

Sensor Node

Sensor

SensorSensor

Sensor

Sensor

農家A

農家B

Wi-SUN Test Bed

・System Development・Interoperability with new sensor・System Testing before shipment

Business Trial

M2M Cloud System

Testing Center

The business trial in mango farmers and livestock farmers

Farm A (Vegetable)

Farm B(Mango)

Farm C (Mango) Farm D

(Cow Husbandry)Farm E

(Cow Husbandry)

4. Use Cases

Wi-SUN Sensor Network System for Agriculture


The business trial in mango farmers and livestock farmers

Farm A (Vegetable)

Farm B(Mango)

Farm C (Mango)

Farm D (Cow Husbandry)

Farm E (Cow Husbandry)

Monitoring of cattle birth areaTo see the temperature difference, three positions of both ends and house center installation

High-performance temperature, Humidity, sunshine, and soil sensor

High-performance temperature and humidity sensor High-performance soil sensor

temperature and humidity sensor in cowshed Monitoring camera in cowshed Confirmation of the data accumulated by tablet

Sensor setting in the house

4. Use Cases

Sensor Network and Equipment in Agriculture system


Farming AreaWi-SUN Antenna

Wi-SUN BuoySensor Buoy

Wire

Sensor

Sensor Buoy

Farming Area

Base

SensorWater TemperatureSalinityTideTemperatureHumidityRainfall

Sensor

Nemacystus (thin shaped gel seaweed) Farming

4. Use Cases

Wi-SUN Sensor Network System for Fishing Industry


Water Temperature and Salinity concentration sensor

Temperature and Humidity sensor

Rain SensorUnderwater illumination sensor

Buoy

POM Case(PolyOxyMethylene)

Battery

4. Use Cases

Sensor Network and Equipment in Fishing Industry system


M2M Cloud Infrastructure

CV

CV

3G/LTEModule

CV

Sensor

Sensor

Sensor

CV

Sensor

Sensor

Sensor

CV

Sensor

Sensor

Sensor

Gateway Node

Sensor Node (Relay Station)

CPU

Power-saving multi-hop RF function

Sensor power Management

Sensor InterruptControl

CPU

CPUCPU

Sensor I/O Board

Sensor I/O Board

Sensor I/O BoardSensor I/O Board

Power-saving multi-hop RF function

Power-saving multi-hop RF function Power-saving

multi-hop RF function







Sensor Node (Termination Station)Sensor Node (Termination Station)

4. Use Cases

Multi-hop Sensor Network System Example


Thank you very [email protected]

iot eco-system using wi-sun sensor network - akira tsuge - yrp.pdf · internet expansion smartphone...

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