KDDI Proposal to Integrate Local Disaster Responses Accepted by Government: Strengthening National Resilience

December 25,2018

-- A proposal put forward by KDDI CORPORATION (Headquarters: Chiyoda-ku, Tokyo, President: Makoto Takahashi) for the development of an integrated disaster response system for city, town and village municipalities has been accepted for use in the Cabinet Office Strategic Innovation Program (SIP). Implemented by a joint research team headed by Professor Kenichi Tsukahara, Department of Civil Engineering, Kyusyu University, the program involving seven institutions has now entered its second phase, which addresses issues including strengthening national resilience through disaster prevention and mitigation.

Disaster prevention information systems are now in use by city, town and village municipalities in response to the numerous natural disasters that have become frequent occurrences in many locations. However, the critical information that is necessary for the issuance of evacuation advisories has often been unavailable or poorly distributed. This has prevented the information systems from being fully utilized for the smooth issuance of evacuation advisories and prioritization of emergency action.

This research and development effort incorporates state-of-the-art AI and IoT technology to achieve sweeping solutions to the challenges encountered in evacuation decisions during disaster scenarios and in carrying out preparedness drills during ordinary times. It addresses challenges to decision-making and responsiveness with the goal of zero loss or omission of information critical to evacuation decisions, and zero delay in issuance of evacuation advisories. It also helps geographically fine-tune evacuation notification area units to help ensure that zero residents are subject to delays in escaping a disaster. And it includes the construction of training capabilities to ensure that zero city, town or village municipalities are unable to respond to disasters. By developing an integrated system that achieves these four zeros and providing it to every municipality in the country, the overall goal will be to ensure zero casualties among local residents when emergencies occur.

KDDI aims to make the system operational during 2019 with a research and development effort informed by the IoT and Big Data technology know-how accumulated from its work on its Information Support System for the Government and Local Administrations as a Measure Against Disasters. [

1]

Together with partner companies, KDDI will continue to apply a number of technologies including 5G and IoT to generate new value.

See the attachment for details.

Attachment: KDDI Proposal to Integrate Local Disaster Responses Accepted by Government: Strengthening National Resilience

[Attachment] 1. Research and development objectives Research and development objective 1: development of an evacuation decision-making and guidance support system.

Develop support systems that create lead times before the occurrence of flooding, tidal surge, landslide, etc., to anticipate disasters. Apply Big Data and AI technologies to enable city, town and village administrators to establish accurate geographical areas for announcements, and to make timely decisions on the issuance of evacuation advisories and orders.

Research and development objective 2: development of an emergency action support system.

Develop an information distribution system in coordination with research and development objective 1 to support emergency action in times of disaster.

Research and development objective 3: development of an automated system to generate disaster and damage training scenarios.

In order to incorporate frameworks that enhance performance of personnel who use the systems, construct a training platform that enables users to learn and understand decision-making and response methods for the occurrence of disasters and processes to be implemented. Performance will be enhanced through actual training in communication between personnel and the systems that are activated in emergencies (involving researchers providing scientific know-how and experts in the field).

2. Roles of the research and development team members

(1)

Kyushu University:

general oversight (steering committee operation, process management, overall management of development of evacuation decision and guidance support systems, emergency action support systems, and the automated scenario generation technology and training platform, overall management of community implementation).

(2)

Foundation of River & Basin Integrated Communications, Japan:

determination of disaster elements that trigger the establishment of operational centers, evacuation decisions and emergency action; development and implementation of evacuation decision and guidance support systems; implementation of emergency action support systems.

(3)

KDDI:

supply of positioning data, development and implementation of hazard estimation logics, as well as a support matching function that is responsive to supply and demand in times of disaster.

(4)

OYO Corp.:

development of hazard information generation technology to support disaster decision-making and emergency action, development and community implementation of disaster prevention IoT monitoring technology.

(5)

National Research Institute for Earth Science and Disaster Resilience (NIED):

automated scenario generation technology development and training platform construction.

(6)

Chiba University:

development of a multi-hazard interactive disaster and damage forecasting service.

(7)

University of Hyogo:

development of human resources education and training tools to strengthen decision-making capabilities.

[1]

KDDI, OYO and Toyota Agree to Cooperate on Gathering Data to Realize Disaster Prevention and Mitigation through the IoT (Press release, April 24, 2018)

The information contained in the news releases is current at the time of publica

LINK:	https://news.kddi.com/kddi/corporate/english/newsrelease/2018/12/25/35...
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