Making innovation with ITU-D

Making innovation with ITU-D

Yoshiaki NAGAYA

Ministry of Internal Affairs and Communications

Japan

1Regional Development Forum in Asia-Pacific 2018

I love mango!

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Japan focus on ITU-D activities

Study Groups > Sharing experience

•Country experience > Case study library•https://extranet.itu.int/itu-d/studygroups_caselib/Lists/Case%20Library%20Documents/AllItems.aspx

•Workshops for disaster management and cybersecurity

Statistics > Measurement of sustainable development

• WTIS-15 in Hiroshima, Japan

• Commitment for new indicators in expert groups of statistics

Projects > Implementation

• Guideline for Digital TV transition

• Feasibility study of Disaster Management Units in Cebu Island, Philippines

• Against Ebola virus projects for PP Res. 2023

https://extranet.itu.int/itu-d/studygroups_caselib/Lists/Case Library Documents/AllItems.aspx

Theme of ITU-D Study Group 1

Interaction

Implementation

Innovation

Ms. Regina Fleur ASSOUMOU-BESSOU (Côte d'Ivoire), SG1 Chair, shared her vision of

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Japan’s proposal in the last SGs “Interaction”

• Focus more on Workshops• Resolution 1 (Rev. Buenos Aires)

• Benefits• Needs survey

• Various participant

• Capacity building

• Our interest• Disaster management

• Cybersecurity

• Smart Society

• And requested

• Panel for Early Warning System (8 May)

• WMO, FCC, Iridium, EMEA SOA, MIC Japan

• Next rapporteurs group (Sep./Oct.)

• We seek your request of theme and participation.

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Master plan

Deployment

Operation/ Maintenance/Replacement

Survey

Effective finance

Capacity building for operations and maintenance

Phase of deployment Action Collaboration

Finance collaboration

Capacity building

Feasibility study/Pilot projectKnowledge transferEnabling Policy &

Regulation

Issue of implementation

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Examples of support by JICT

The Projects for laying optical submarine cable systems in the Asia-Pacific Area.

Japan - Guam - Australia

• Total extension: approximately 9,500 km

• Transmission capacity: up to 36 Tbps

• Total project cost: up to 183 million USD

（Support amount from JICT: up to 44.5 million USD）

• Completion: the fourth quarter of 2019（planned）

Hong Kong - Guam

• Total extension: approximately 3,900 km

• Transmission capacity: up to 48 Tbps

• Total project cost : up to 138 million USD

（Support amount from JICT: up to 50.5 million USD ）

• Completion: the first quarter of 2020（planned）

Guam

Japan

Australia

Hong Kong

Added the routes of optical submarine cable systems etc. on the map of Geospatial Information Authority of Japan.

Submarine repeater

Submarine cable

Transmission devicePower supply device

I. ICT / Postal system and related services

1-1) Optical Submarine Cable System

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Info.

8

Info.

4

Intern

ation

al co

mm

un

ication

s n

etwo

rk

Enhancement of international

gateway exchanges

Expansion of backbone NW

btw cities

Expansion of backbone NW

btw citiesExpansion of

access network

ICT Infrastructure Improvement Project

Strengthening backbone networks between major cities and

international gateway exchanges in order to respond to a growing

communications demand, and improving the environment of Internet

connections. (Myanmar)

Utilizing VHF free

freq. bands not used

for TV broadcasting

Digital Divide Resolution Project

Verifying the usefulness of wireless broadband systems

utilizing free frequency bands (White space) not used for

television broadcasting. (Indonesia)

Upgrading to IPv6

Rural area


1-2) Broadband Network

Examples

Utilization in the field of logisticsIntroducing biometric authentication and license plate authentication into the entry management of crowded trucks

and improving the efficiency of logistics. (Peru)

1. License plate authentication 2. Driver face authentication

• Reading the license plate

• Confirmation with the registered database

3. Notice of admission

• Reading the face of the driver

• Confirmation with the registered database

Carlos Delzo

Autorizado

Examples


1-5) Security and Safety System

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Info.

10

Info.

Telemedicine network

Implementing a demonstration project that utilizes smartphones to achieve convenient and highly accurate

telemedicine. (Peru)

Introducing SNS-type mobile cloud services, in which healthcare personnel can share medical images and contact

each other.

Utilizing a cloud system located outside hospitals, thus reducing the burdens of expensive installation and

operation costs of servers.

Utilizing a cloud system , communications are available through SNS, sharing pictures with smartphones and tablet PCsCore hospital

in urban area

Hospital and clinicin rural area


1-8) Medical ICT system

Examples

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Info.

Early warning system

A system that collects, analyzes, and distributes disaster

information consistently and enables the transmission of disaster

information promptly with absolute accuracy. (Indonesia (Under

consideration))

ICT Disaster Management Unit

A system with a built-in power supply and wireless equipment capable

of quickly restoring communication in times of disaster. (Philippines

(Implemented))

Batteries Solar panels

WiFiSmall portable base station

・・・

・・・

Issuance of

warning from

public facilities

(mosques)

・・

Disaster

Management Agency

（National / Regional）

Government

agencies(BMKG, BPBD,

etc.）

Sensors,

systems and

seismometers,

etc.

Ministry of

Communications

and Information

Technology

TV broadcasting

Issuance of

warning from

“Community

One Seg”

an

aly

sis

Info

rma

tion

ga

the

ring

Tra

nsm

issio

n/ D

eliv

ery

Unifying the data

format

aggre

gatio

n

Cellular Phone

De

live

r


1-4) ICT System for Disaster Management

Examples

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Info.

Image of cyberattacks

CYDER: CYber Defense Exercise with RecurrenceExercises on a simulated environment, experiencing a series of countermeasures against cyberattacks, and improving

organizational practical responsive capability. (Thailand)


1-6) Cybersecurity

Examples

InteractionImplement

ationInnovation

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+ regional partnership

Geostationary Weather Satellite Quasi-Zenith Satellite for positioning

14http://himawari8.nict.go.jp/

Quasi-ZenithOrbit

http://himawari8.nict.go.jp/

Automation by high accuracy 3D-positioning signal Observation data from Drones (UAVs) Improve productivity by integration of 3D digital maps

3D digital map

Tillage

Spray

Fertilize

,

Auto-manipulation depending on data of

growth, altitude, weather…Mackay in Queensland

(Place of Pilot PJ in 2017)

High accuracy positioningfrom QZSS

15Auto-mobility in agriculture using high accuracy 3D positioning

Quasi ZenithOrbit

Observing Crops by Drones(UAVs)

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Info.

Preparation of PP-18

• Plenipotentiary Conference 2018• 29 Oct. - 16 Nov. in Dubai, United Arab Emirates

• APT preparatory meeting for PP• 3rd meeting, 18-21 June, Melbourne, Australia

• 4th and last meeting, 27-30 August, Malaysia

• Asia Pacific Common Proposal for PP

• Join to discussion on the future of ITU for Asia-Pacific!!

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Thank you for your attention!

• Contact• Yoshiaki NAGAYA

• y.nagaya soumu.go.jp

• Reference• Casebook of MIC’s Collaborations in the World

• http://www.soumu.go.jp/english/gisb/index.html

@

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http://www.soumu.go.jp/english/gisb/index.html