トヨタが目指すスマートモビリティ社会の実現に向けた取組成果を発表

－第２６回 ＩＴＳ世界会議 シンガポール２０１９トヨタ自動車 出展概要―

“Mobility for All（全ての人に移動の自由を）”それは私たちの想いです。

すべての人が移動することで自由と楽しさを感じることができる。

そんな開かれた垣根のない未来のスマートモビリティ社会を私たちは目指しています。

そのような社会を実現させるため、私たちは従来から ITS※1に積極的に取組んでおり、

第 1 回から同会議に参加しています。今年はシンガポールで開催される「第 26 回 ITS 世界会

議シンガポール 2019」（主催：シンガポール陸上交通庁、ITS シンガポール）に出展します。

今回の出展では主催者テーマ”Smart Mobility, Empowering Cities”に呼応し、

トヨタの考える未来のモビリティ社会 またその実現に向けたコネクティッド、MaaS※2テクノ

ロジーの具体的取組み成果を紹介します。加えて、参加される各種企業、団体との

政策・技術交流、セッション等を通じ、その実現に向けた研究をより加速させていきたいと

考えています。 ＊1 Intelligent Transport Systems（高度道路交通システム）の略。最先端の情報通信技術の活用により、安全で快適、

円滑な交通を目指し、人と道路とクルマを一体として構築するシステム

＊2 Mobility as a Service の頭文字をとった略称であり、公共交通機関やレンタカー、タクシー、レンタサイクルなどを

組み合わせて人の移動をシームレスに行うサービスを意味しています。

主催者テーマ：”Smart Mobility, Empowering Cities”

会期 ：2019 年 10 月 21 日(月)～25 日(金)

会場 ：Suntec Singapore Convention and Exhibition Centre

主催 ：シンガポール陸上交通庁、ITS シンガポール

展示内容はこちら

１．全体テーマ：補足資料①

「Mobility For All」の下でトヨタが目指すスマートモビリティ社会

２．V2X（Vehicle to Everything）：補足資料②

交通事故ゼロ社会の実現に向けた協調型 ITS の普及取組

DSRC(狭域通信)とセルラーの技術的相違点、トヨタの取組スタンス 他

３．世界に広がる MaaS の取り組み：補足資料③

トヨタの MaaS 戦略と専用車両の開発計画、世界各地での MaaS 協業取組み 他

４．Mobility for All を支える技術：補足資料④

究極の安全と移動の自由を叶える自動運転技術開発のアプローチ、

将来のコネクティッドカーと自動運転を支える ICT 基盤開発

５．トヨタグループ連携：補足資料⑤

共通メッセージ「The Next Innovation by the Toyota Group

for the Future Mobility Society」の下での各社の取組紹介

６．セッション・論文紹介

エグゼクティブセッション、スペシャルインタレストセッション、

テクニカルセッション等にトヨタ関係者が登壇

＜ロゴと公式 HP＞

http://itsworldcongress2019.com/

以 上

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Established : 2012Base of operations : Singapore

“Total-care Service” Designed for Ride-hailing Companies• Toyota developed “Total Care Service”, tailored for ride-hailing vehicles, including fleet management,

insurance, and maintenance.• Highly efficient maintenance based on Toyota Production System.

Driving data, dangerous behavior

Telematics-based automotive insurance

Used for safer driving

Used for maintenance

Used for scoring

Cooperative drive recorderTransLogTransLogsLog

Ride-hailing operatorInsurance company

Toyota dealers

Mobility Service Platform

Vehicle data

Ride-hailing operator in eight South East Asian countries.

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Established : 2012Base of operations : Beijing (China)

Establishing a joint venture for vehicle-related servicesfor ride-hailing drivers

• Expanding connected services provided by MSPF for value chain, including fleet management,maintenance, insurance, and finance.

• Aiming to introduce Electric Vehicles(EVs) suitable for China's future mobility services.

Business model

Vehicle leasingJoint venture

Utilize platform

Driver

Dealers

GTMC

Vehicle provision, exclusive maintenance packs, guidance on improvements based on TPS

Ride-hailing and taxi dispatch operator

LeasePay lease fee

Vehicle sales and maintenance

Vehicle price andservice fee

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Established : 2009Base of operations : San Francisco (U.S.)

Establishing a car-sharing business in North Americautilizing Smart Key Box(SKB) and off-lease vehicles

• Co-launching a pilot program with Getaround, utilizing TOYOTA vehicles installing TOYOTAproprietary SKB.

• Start a new TFS leasing program where the owner is able to use the income generated fromcar-sharing to pay for leasing fee.

• Piloting optimal vehicle allocation, with MSPF analyzing the operation result of TOYOTA ownedvehicles and POIs.

Collaboration scheme with Getaround

User

Mobility Service PlatformSKB AIFleet

Car-sharing platformReservation Payment

FeeLink

Dealers

SKBSKBSKB

Maintenance

Driving dataFee

Deploy vehicles

Car-sharing services

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Established : 2009Base of operations : San Francisco (U.S.)

Extending collaboration to develop and expand automated ridesharing services

• Developing automated driving vehicles for ridesharing.• Jointly designing and developing next-generation automated driving system,

aiming for mass production of automated driving vehicles and its service implementation.

Guardian System

VCI: Vehicle Control Interface

VCC: Vehicle Control Computer

Steeringwheel Brakes Motor Battery

Sensors

Sensors Sensors

Sensors

CameraDriver

StandardizeCommandVehicle status

ADSMSPF

Data collection

Software update

ADS systemConfigurationdiagram Camera

SensorsSoftwareAI

LiDARAutomated driving control computer

Vehicle dispatch and other services in 70 countries

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Piloting Taxi dispatch support system, applying artificial intelligence

• Developed "Taxi dispatch support system," predicting demand and distributing taxis based ondata collected from taxi, demographic and weather forecasts.

• By using this system, helped to improve the sales efficiency and increased the taxi driver’saverage sales by 11%.

Overview of taxi dispatch support system

TaxiOperationrecords

PopulationMovementforecasts

TaxiOperationrecords Mobility service platform

Forecast taxidemand via AI

Number of vacant taxis

Easy travel route finding

Distributed operatorand driver’s tablet

AI

Established : 1977Base of operations : Tokyo (Japan) Taxi-hailing with 900+ taxi dispatch operators throughout Japan

Taxi-hailing AppBig data

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Established : 2019Base of operations : Tokyo (Japan)

Established Monet Technologies Inc.

• Provide services such as on-demand transportation through regional partnershipsand corporate shuttles to local municipalities and private companies.

• Deploy Autono-MaaS businesses with the e-Palette, which can fulfill variouspurposes including transportation, logistics, and product sales .

Target Launch Timing of e-Palette: 2023

2023

17 Cities

Expansion of areas

Expa

nsio

n of

ser

vice

rs

100 Cities …

Service

Thing

People

2019 Mobile shops, etc.

2019 Logistics, etc.

2018 On-demand Bus

A joint venture to operate new mobility services with Softbank

c

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Established : 2018 Base of operations : Fukuoka (Japan)

Trials of Multi-Modal Mobility Service in Fukuoka City,collaboration with Nishi-Nippon Railroad Co., Ltd.(Nishitetsu)and other eight service providers in traffic, shop, and event information

Aiming to contribute to the support of smooth movementand creation a bustling city

• “my route” provides shop and event information while enabling users to search, book, and pay for transport,offering a single mobility-focused application with integrated functions.

• Toyota aim to verify the viability of multi-modal mobility services, understand areas for improvement,and provide most convenient services for residents and tourists.

1 ) Multi-modal route search 2 ) Reservations and payments 3 ) Spot information

Combining various modes of transportand enabling to search.

Ex)Taxi/Train/Bike sharing route

Displays real-time locationof route buses and parking lot availability

A my route app-exclusive Nishitetsu-Bus digitalFukuoka City One-day / new Six-hour Pass

Plenty of information onmust-visit shop and event!

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Based on the Lexus LS, the TRI-P4 is the latest automated driving

test vehicle from Toyota. With its cameras, radars and high resolution

LIDAR smartly integrated into the vehicle design, the Lexus style is

maintained. The vehicle's 360 degree sensing system capable of

extremely precise perception delivers a highly reliable automated

driving experience. The P4's onboard automated driving software

can respond to changing complex traffic environments in real-time,

and its cutting-edge liquid cooled computer is discreetly tucked

away in the trunk space. With these technologies, Toyota aims to

realize the society where everyone can enjoy their freedom to be

anywhere they want, at anytime in any condition.

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