Location-info utilization services that support intelligent mobility

Fujitsu will introduce services using real-time positioning information via SPATIOWL.

Using real-time positioning information about people and transportation
Fujitsu will show how a city's traffic-management agency can compile and analyze positioning information about people and vehicles and predict the impact of external factors, such as weather and special events, to study plans for optimizing transportation measures, as well as utilizing positioning information for allocating security personnel and marketing by nearby facilities.

Simple road-management service
Fujitsu will introduce a fast and low-cost city road-management service that visualizes traffic conditions using traffic information captured by analyzing images from cameras located at intersections and probes mounted in police cars and other vehicles.

Multimodal route information service
Fujitsu will introduce a system to provide pedestrians and cyclists with convenient routes for moving about the city on public transportation, such as buses and trains, to promote the effective use of public transportation.

In-vehicle infrastructure technology for achieving human-centric intelligent mobility

Fujitsu will propose technologies that contribute to safe, convenient, and independent mobility by making good use of data, putting it to work for people, and encouraging action.

Achieving a human-centric vehicle with vehicle ICT
Fujitsu will introduce its concept for manufacturing vehicles that are safer, more secure, simpler, more convenient, and better adapted to people, by connecting information in the car to the cloud.

Mobility Recorder
Fujitsu will introduce an IoT platform that offers a variety of predictions and other services by continuously gathering and analyzing information about the vehicle, the surrounding environment, and the driver.

Human-sensing technology (gaze detection)
This demonstration lets participants experience how technology from Fujitsu Laboratories that detects a driver's gaze can be used as part of a cloud service and car interface for safer driving.

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