VTT and 5G for Smart Mobility. 5G Techritory Sept. 28th, 2018 Tauno Vähä-Heikkilä Vice President, Connectivity

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1 VTT and 5G for Smart Mobility 5G Techritory Sept. 28th, 2018 Tauno Vähä-Heikkilä Vice President, Connectivity

2 Smart Mobility? 03/10/2018 2

3 Examples of Domains where Autonomous Systems and Smart Mobility are Developed Efficient logistics enabled by autonomous operations Unmanned air, water, land and space systems Novel solutions for efficient asset, logistics & security management Sustainable productivity in harvesting natural resources through remote-controlled and autonomous systems Mobile machiner y Marine transport and port operations Rural transport Urban transport Quick and easyto-use door-todoor mobility enabled by highly automated chains of different means of transport Inter-Urban transport Safe and fluent traffic with autonomous highway and rail solutions Automated and combined people and goods transport service solutions Picture VTT

4 LuxTurrim5G Ecosystem Project Building key enablers for a Digital Smart City

5 LuxTurrim5G - Building key enablers for a Digital Smart City Smart city services as enablers for smart mobility Smart cities need a new service infrastructure and a digital ecosystem enabling Development of relevant smart city services High data capacity for citizens New service and business opportunities for companies Opportunities for new micro-operators in the systems One common flexible total cost optimized high capacity 5G network City of Espoo awarded as Intelligent Community of the Year 2018, London Read more: LuxTurrim 5G lightpole

6 Autonomous Ships From Ship to Ship Constellations Enabled by 5G

7 VTT and Rolls Royce Presented a Communication Scheme for Autonoums Ships Use cases from open sea to port and shoreline operations as well as in-ship communications Connection to outside world F N D E A B C Reference: M. Höyhtyä, J. Huusko, M. Kiviranta, K. Sohlberg, and J. Rokka, Connectivity for autonomous ships: Architecture, use cases, and research challenges, in Proc. IEEE ICTC, October /10/2018 7

8 5G-SAFE How the next-generation mobile communications will improve road safety -Example of VTT s Contribution for Self Driving Cars 8

9 5G-Enabled Road Safety Use Cases 1) Local focused road weather and safety services Localized road weather information and alerts, produced based on vehicular camera and sensor data, and delivered to road users and maintenance in real-time. Benefit: Improvements to road safety and optimizing of road maintenance (e.g. snowplowing, sanding, repairs). 2) Road safety improvements through real-time vehicular video and LiDAR data Real-time video or LiDAR data transmission between vehicles that are travelling in a queue (e.g. the see through application). Benefit: The vehicle drivers or control systems get more information of the road conditions or obstacles ahead. 3) Ultra-low delay services for autonomous driving Safety-critical control information (e.g. emergency breaking, challenging weather, obstacles) is used for enhancing autonomous driving. Benefit: Enhancing the situational awareness and intelligence of automated vehicles beyond their own sensors and V2V range. 9

10 VTT s Robot Car, Martti, Now Speaks 5G and Takes Another Step Towards Full Automation Press release from August: VTT and Nokia have joined forces to hook the VTT's robot car, Martti, up to a 5G network, which allows the car to detect objects with improved range and share its observations with other vehicles. This also takes Martti a step closer to highly automated driving. The safety of road users also improves as new solutions and services based on 5G technology become more widely available. VTT

11 Is 5G Rocket Science? 11

12 VTT and Reaktor Space Labs Investigating New Frequencies for 5G Satellite Integration VTT and Reaktor Space Labs (RSL) are developing payload and platform for a cube satellite mission for European Space Agency Two 5G frequency bands: E/Wband (76 GHz) and Ka-Band (38 GHz) Satellite launch /10/

13 TECHNOLOGY FOR BUSINESS