wsn promotion committee
TRANSCRIPT
All Rights Reserved, Copyright© 2017 WSN Promotion Committee
YRP R&D Promotion Committee
WSN Promotion Committee
June, 2017
Sensor node Sensor node
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We will promote wireless sensor network utilization in IoT era.
Can I send out the amount of data I want?
Do you really reach such a distant place?
How long is the battery life?
There are various methods, but how is it different?
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WSN Promotion Committee
The World WSN Promotion Committee aims forThe WSN Promotion Committee contributes to the promotion of wireless sensor network of IoT system through promotion of Wi-SUN usage.
Wireless Smart Utility Network (WSN) Promotion Committee
1. Objective Promotion of utilization of international standard Wi-SUN from Japan, which is a research result of
Yokosuka Research Park
2. ActivitiesCooperate with National Institute of Information and Communications Technology (NICT) to utilize Wi-SUN technology, sensor network technology, big data utilization technology, etc. and solve commercialization issues, international development and support business development in YRP .
3. Established 9th May, 2014
4. Board MembersPresident: Fumihiko Tomita (Board Member of NICT)Vice President: Nobuo Nakajima (Special Professor of The University of Electro-Communications)
Yoshiyuki Takeda (President of Information and Telecommunication Foundation)
5. Members 56 Cooperation/Individuals (1st April, 2017)
6. Secretariat YRP R&D Promotion Committee (http://www.yrp.co.jp/yrprdc/wsn/index.html)
Steering CommitteeChairman: Yoshiyuki Takeda (DSK)Vice Chair: Hiroshi Harada (University of Kyoto)
Kazuo Urabe (Keikyu Railways)Committee Member 12 members
Testbed WGChairman : Kiyoshi Hamaguchi (NICT)
Application WGChairman: Kiichiro Tamaru
(Kyushu Institute of Technology)
Communication Base WGChairman : Nobuo Nakajima(The University of Electro-Communications)
Collaborate with Wi-SUN Alliance
MoU
Agriculture
Wireless Testbed Training Certification
Collaborate withWi-SUN Alliance
WSN Promotion Committee
The WSN Promotion Committee contributes to the promotion of wireless sensor network of IoT system through promotion of Wi-SUN usage.
。
Livestock industry
Fishing Industry
Environment
Preventing Disaster,
Energy Medical Welfare
Monitoring
Industry TrafficParking
Railways
Application Services from IoT Systems
Smart City
WSN Promotion CommitteePresident: Fumihiko Tomita (NICT)
Vice President:Nobuo Nakajima (Special Professor of UEC)Yoshiyuki Takeda (President of DSK)
Members: 56 members (April, 2017)
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WSN Promotion Committee Activities
Seminar Event focusing IoT
Hosting seminars etc. on IoT system through promotion of use of Wi-SUN
Did the seminar serve as a reference?
大変参考 参考 どちらとも 参考にならなかった 回答なし
Business field
ICT関連 自治体 省庁 防災関係 その他 回答なし
Very good35(37%)
Good50(53%)
So-So5(5%)
Related ICT53(55%)
Municipality 3(3%)
Government agency 6(6%)
Disaster prevention related12(13%)
WSN Promotion Committee Working Group Activities
Comparison of LPWA(Low Power Wide Area) Method
SIGFOX LoRa Wi-SUN
The distance from the sensor node to the gateway is 3 to 50 km Transmission speed is100 bps
The distance from the sensor node to the gateway is 1 to 15 kmActual transmission speed is about 10kbps scale
The distance is shorter(1km) than SIGFOX, LoRa, but sensorconnection with a large amount of data is possible (100kbps)
Assume 100 kbps in tree network→ Transmission of several thousand sensor data
Assume 100 kbps in the mesh network→ It can transmit several thousand sensor data and covers the area
A use case requiring a distance between sensor nodes even in a simple Star configuration
In addition to Star type and Tree type, Mesh type network configuration is possible. Suitable for use case of sensors NW covering areas such as smart city.
Consideration of configuration suitable for each method
Sensor Gateway node
Sensor node
Sensor node
Sensor Gateway node
Sensor node
Sensor node Sensor Gateway node
Sensor node
Sensor nodeSensor node Sensor node
Sensor node Sensor node
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Sensor Gateway node
Sensor node
Sensor node
Transmit antenna Receiving Antenna
distance d (m)
Fresnel zoneRadius r (m)
Reception Antenna heightH 2 (m)
Send Antenna height
H 1 (m)
Fresnel zone
Example of proof environment considering radio wave propagation characteristics
In the case of the subgiga band (920 MHz, etc.)Relationship between distance and Fresnel radius
distance d (m) 100m 300m 500m 700m 1,000m
Fresnel radius 2.85m 4.94m 6.37m 7.54m 9.01m
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Domestic and Overseas cooperative activities
Samsung
Intel
DELL
Atmel
GE
Fujitsu
Cisco
Hitachi
Toshiba NEC
Sharp
LG
Haier・・・
… others,more than 200 companies
… others, 300 companies … others, 104 companies
ARM
Big Ass Yale
… others, 170 companies
IIC(Industrial Internet Consortium)
OIC→OCF (Open Connectivity Foundation)
Thread Group
Interoperability based Platform of IoT
Low Power Wireless Mesh Network
Multi Segment Device Platforms
(established in July 15th 2014)
(established in Mar. 27th 2014) (established in Feb 19th 2016)
SONY
EyeBall
OneM2M(established in July. 24th 2012 )
Cisco
AT&T
Fujitsu Hitachi
LG
SONY
Cisco
Intel Samsung
… others, 202 companies
Established by 7 world standards organizations
Qualcomn
Collaborate
QUALCOMM joins as a Board member
All Seen Alliance(established in Dec. 10th 2013 )
Merger in 2016
BOSCH SAP
Infosys Huawei
Collaborate Completely
Agriculture, forestry and fisheries
Smart City Disaster
prevention, railway, traffic
HEMS
New Field
SHM(Structure Healthcare
Management
・・・
・・・
・・・
Communication protocol
PHY
Application Profile
Healthcare
・・・
Consider application profiles for each field application service in cooperation with related organizations
institutional responsible entity required by the WSN Promotion Committee
Certification Document Contents 優先度
1 Basic rules Overall overview. Describe the purpose and significance of WSN-ATEC certification Step1
2 Operation regulations Procedure of certification, definition of relevant organization etc Step2
3 Basic review procedure Describe the outline of the review Step1
4 Review Procedure Regulations Describe the flow of examination, items to be examined, examination implementation method Step2
5 Examination criteria Definition of certification examination items, description of criteria Step1
6 Review Guidelines Describe the outline of the examination, items to be examined, guidelines for conducting examination Step2
7 Criteria for selecting criteria for judging criteria Describe procedures and criteria for selection of organization for formulation of examination criteria Step3
8 Criteria for selecting judging organizations Describe procedures and criteria for selection of screening organizations Step2
9 Criteria for judgment organization selection Describe procedures and criteria for judgment organization selection Step3
10 Institution review organization selection criteria Describe procedures and criteria for system review review organization selection Step3
1. 基本規程
3. 審査基本規程
5. 審査基準
2. 運用規程
4. 審査運用規程
6. 審査ガイドライン
7. 審査基準策定組織選定基準
9. 判定組織選定基準
10. 制度レビュー組織選定基準
Step1 Step2
8. 審査組織選定基準
Certification system document system
③ Safety and Security
Authentication standardVulnerability countermeasurePrivacy policy
① Application profileAuthentication
(interconnectivity)Authentication standard"NICT M2M cloud infrastructureExternal I / F specification "I / F of each layerComprehensive test
Certification system design: IPA "Institutional guidelines for software quality explanation"
http://www.ipa.go.jp/files/000029495.pdf
Authentication standard"Educational syllabus"Wi-SUN Engineer Education CurriculumWi-SUN technician certification
Certification system based on IPA guidelines
Judgment function (fairness transparency security)· Application profile· Wi-SUN Engineer Education Curriculum· Test bed
WSN Promotion Committee
Application group(Temporary) Certification Review AdhocOpinion on the activities of certification bodies· Application profile· Wi-SUN engineer education syllabus· Test bed· Positioning of certified organization · Function
Application group submittedApplication profileWi-SUN Engineer Education SyllabusStandard test bedPositioning / function of certified organization
WSN Web Site
Reviewing agency(Fairness Transparency Collateral)· Application profile· Wi-SUN Engineer Education Curriculum· Test bed
Authentication
Announcement
Application
The following certification
Applicant company
·applicationProfile
· Wi-SUN Engineer Educationcurriculum
· Test bed functionRegistration and publication of database of certification result
institutional responsible entity
WSN-ATEC
Collaborationreport
Examination criteria, determination criteria formulation
AdviceApplicant for certification
WSN-ATEC
Aim for activity linked with domestic and overseas IoT trends
Trends in Global IoT standardization bodiesDomestic IoT Promotion Consortium
MoU
docomo Softbank KDDI
Qualcomn
Panasonic
MediaTekIBM
Open GroupHoneywell
Qualcomn
Qualcomn
Microsoft
Nest Labs
Freascale Silicon Labs
Panasonic
Microsoft
CollaborateCollaborate
Collaborate
②Material certification(Education for Wi-SUN engineers)
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Standardization trend on IoT
Classification of standardization related to IoT
標準の種類 内容 例
De jure Standard Public standard. A standard created by procedures publicly cited and published by international standard organizations.
ISO, IEC, ITU, IEEE
Forum Standard A standard created by organizing forums and gathering interested companies.
DVD, Wi-Fi, Bluetooth
De Fact Standard Standards of individual companies, etc. became dominant in the market by selection and selection of markets.
Windows
IoT
IoT
No de fact in IoT !
Forum Standardization activities
Industry Organization on IoT
Organization Activities Comment
oneM2M IoT / M2M related industry standardization organization established from seven standardization bodies worldwide
Publish V2 specification in August 2016
OpenConnectivityFoundation
Started from OIC (Open Interconnect Consortium) established in 2014, published as OCF in 2016 as an IoT platform specification and OSS (IoTivityunder the Linux Foundation)
Merged AllSeen Alliance in 2016, with over 300 participating companies
IndustrialInternetConsortium
Not limited to Industry, 26 test beds such as agriculture and smart city are promoted by member membersLaunched Concept that multiple standards cooperate called Industrial Internet Interoperability Coalition (I3C)
Full cooperation with Industry 4.0, concluded MoU with IoT Promotion Consortium
https://www.iotivity.org/
http://www.onem2m.org/
https://openconnectivity.org/
http://www.iiconsortium.org/
Added additional information based on Reference (Japanese document)http://www.kantei.go.jp/jp/singi/titeki2/tyousakai/cycle/dai6/6sankou1.pdf
+
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IoT Platform and Wireless Sensor Network
Positioning of the IoT Platform in the OSI 7-layer model
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
802.15
Wireless PAN
Thread Group
802.11ah
IoT Platform
LPWA
Wireless Module
IoT system Application API
Business Applications
Sensor Node 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
Humidity SensorFall Sensor Temperature SensorVibration Sensor
M2M com. I/F M2M com. I/F
Ethernet3G/LTE
System configuration example of IoT system using wireless sensor network
LPWA
LPWA LPWA
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Wi-SUN Mesh Network
Application service example using mesh network
Monitoring for safety and securityDisaster prevention /crime prevention
Efficiently guiding tourists and local customers to sightseeing spots and shops by providing information according to the location, time and situation to the electronic tour guide book
Tourism guidance
Health management by wearable devices
Kitchen cars /mobile vending service
Tourist spot information business etc.
New effective utilization of parking space, expansion of service, expansion of earnings
Collaboration between plaything company and toy company such as digital playground equipment and IoT, carry-on toy linked with M2M
· Shared electric assisted bicycle· Share EV· EV station
· Park parking management in the park
Playground management
medical care /nursing care
Global smart city solution example with mesh network
Wi-SUN Alliance Websitehttps://www.wi-sun.org/index.php/en/
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Tokyo
Yokosuka
YRP R&D Promotion Committee Secretariat3-4 Hikarinooka Yokosuka-cityKanagawa-pref.239-0847 Japan
TEL:+81-46-847-5002FAX:+81-46-847-5010E-mail:[email protected]
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YRP R&D Promotion Committee
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