KYOCERA Demos Future of Autonomous Driving at Japan’s Automotive Engineering Expo | Business

KYOTO, Japan–(Business enterprise WIRE)–Could 25, 2022–

KYOCERA Corporation (Hideo Tanimoto, President) is exhibiting at Japan’s “Automotive Engineering Exposition 2022 YOKOHAMA,” at the PACIFICO Yokohama Conference Middle (Yokohama Metropolis, Kanagawa) May well 25 – 27.

Kyocera’s exhibit (Booth #144) will attribute our newest technologies improvements contributing to autonomous driving based mostly on the topic “Connecting Communities with Kyocera’s Mobility Technological innovation”.

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Wise V2I Roadside Models (Photograph: Business enterprise Wire)

A important spotlight will be Kyocera’s new “Road Motor vehicle Cooperation Program,” which contributes to harmless autonomous driving by connecting ITS* 1 roadside devices set up in website traffic infrastructure with a variety of products and sensors set up in the motor vehicle. At the show, we will demonstrate a driving simulator so site visitors can working experience the Cooperative Street-Automobile Method in action.

*This year’s expo is a hybrid function with on the internet and in-particular person attendance possible.

Watch: https://www.youtube.com/view?v=3rELBc—zLBA

Outline of “Automotive Engineering Exposition 2022”

Date

[In-person event]

Wednesday, Could 25, 2022 – Friday, May possibly 27. 10: 00 ~ 18: 00

*Until eventually 17: 00 on Friday May 27 only

[Online event]

Wednesday, Could 25-Tuesday, May well 31

*Preview times May 18-24

Venue

Pacific Yokohama (Booth #144)

Website

AUTOMOTIVE ENGINEERING EXPOSITION 2022 (jsae.or.jp)

Key Exhibit Contents (Planned)

Clever V2I* 2 Roadside Units

Smart V2I roadside models are created for set up on utility poles and website traffic lights at intersections with weak visibility. This style of product collects info from road infrastructure, this sort of as pedestrian and vehicle areas and targeted visitors light information and facts, and wirelessly communicates the aspects to autos and bicycles. In addition, the Wise V2I roadside models can hook up sensors, these types of as FIR *3 cameras and other equipment. Blind location details detected by sensors and other gadgets is transmitted to the vehicle employing the V2I models to inform the driver.

FIR Camera Roadside Sensing System

The FIR digital camera method detects the speed and site of objects in the driver’s route. By imaging the significantly-infrared radiation these objects emit, FIR digital camera methods can expose information and facts the human eye is challenged to detect – particularly objects obscured by darkness, rain, fog, or length. In addition, they can discover not only pedestrians and autos but also bicycles, bikes, and significant motor vehicles such as vans and buses. The FIR Digital camera Roadside Sensing Technique allows avoid mishaps by communicating information about pedestrians and autos in blind places using the intelligent V2I roadside models.

Autonomous Bus Demonstration

Kyocera also develops sensors and elements to support autonomous driving technology, this kind of as stereo cameras, millimeter-wave radar, and peripheral detection cameras. These systems will be shown in a 3D hologram of an autonomous bus equipped with Kyocera’s sensors and parts, as well as a vehicle manage Eu jointly created with State-of-the-art Intelligent Mobility Co., Ltd.

Driving Visibility Enhancement Technologies

In addition to the previously mentioned, Kyocera will display two new important graphic technologies to make improvements to driving visibility by decreasing blind spots.

[Driving Visibility Expansion System]

Displays the most suitable see for the driver and reveals the existence of pedestrians, together with aspect- and rear-watch angles, in a user-friendly way.

[Optical Camouflage Technology *4 ]

Decreases blind spots by creating dashboards and pillars seem clear.

* 1 ITS: Intelligent Transportation Devices

* 2 V2I: Car-to-Infrastructure

* 3 FIR: Considerably Infrared

* 4 Primary optical camouflage technologies designed in collaboration with Professor Masahiko Inami of the University of Tokyo Innovative Science and Know-how Analysis Heart.

About KYOCERA

Kyocera Corporation (TOKYO:6971, https://world-wide.kyocera.com/ ), the father or mother and worldwide headquarters of the Kyocera Group, was launched in 1959 as a producer of fine ceramics (also known as “advanced ceramics”). By combining these engineered components with metals and integrating them with other systems, Kyocera has develop into a foremost provider of industrial and automotive parts, semiconductor packages, electronic devices, smart vitality techniques, printers, copiers, and cell telephones. Through the 12 months ended March 31, 2021, the company’s consolidated gross sales revenue totaled 1.5 trillion yen (approx. US$13.8 billion). Kyocera is rated #603 on Forbes magazine’s 2021 “Global 2000” listing of the world’s biggest publicly traded corporations, and has appeared on The Wall Street Journal’s record of “The World’s 100 Most Sustainably Managed Companies.”

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Get in touch with: KYOCERA Corporation (Japan)

Corporate Communications

Miho Suzuki

Head Office environment TEL: +81-()75-604-3416

E-mail:[email protected]

Search term: JAPAN ASIA PACIFIC

Marketplace Key phrase: Mobile/Wi-fi Hardware Standard AUTOMOTIVE AFTERMARKET Technology AUTOMOTIVE OTHER Manufacturing Security AUDIO/Online video AUTOMOTIVE Production OTHER AUTOMOTIVE Producing

Resource: KYOCERA Company

Copyright Enterprise Wire 2022.

PUB: 05/25/2022 08:05 AM/DISC: 05/25/2022 08:05 AM

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