New Markets Emerging from Aviation and Autonomy (M. Brancati CTO Telespazio)

Transcription

1 New Markets Emerging from Aviation and Autonomy (M. Brancati CTO Telespazio) 23rd Ka and Broadband Communications Conference Trieste, October 18th, 2017

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3 Final Declaration G7 Transport Cagliari 22/06/2017 We, the G7 Ministers of Transport and the European Commissioner for Transport, reaffirm our commitment to fostering investment in high-quality infrastructure as a key strategy to reignite and sustain economic growth. We recognize that investment in infrastructure can shape mobility patterns, can contribute to innovation, automation, productivity improvement and digital solutions for mobility, and can trigger economic, environmental and social benefits. We reaffirm our commitment to seek, to identify and remove potential barriers in existing regulations to the introduction of automated and connected driving technologies, as appropriate, at the domestic and international levels. The market potential of cooperative, connected and automated driving could lead to the creation of new jobs profiles. The profiles will require higher skills and digital literacy. Therefore, we recognize that we need to help ease this transition to strengthen public acceptance and fully realize the benefits that these technologies offer and we intend to carefully assess the needs for new skills and, where needed, to promote training schemes and appropriate awareness campaigns. 3

4 «Cluster Italiano Trasporti 2020» Roadmap for Automated and Connected Vehicles 4

5 EMERGE: Connected, Geo-localised, Cybersecured Vehicles 5

6 Telespazio in EMERGE Architecture, design and implementation of high-grade accuracy and integrity Localisation Services, based on multi-constellation data (GPS-GALILEO), including multimodal augmentation and Integrity System Design Study on usage of satellite to improve 5G in suburban and rural areas (Satellite 5G) Architecture, design and implementation of satellite communication component, to be integrated in the vehicle heterogeneous connectivity platform, in view of Satellite 5G evolution 6

7 DeSIRE 2 (Demonstration of the use of Satellites complementing Remotely Piloted Aircraft Systems integrated in non-segregated airspace - 2nd Element) Industrial Team and Advisory Boards EU RPAs: P1 HammerHead equipped with a stateof-the-art EO/IR Sensors BRLOS satellite communication Complementary Earth Observation Surveillance Satellite Navigation Comprehensive Simulation Environment to support the Demonstration Project 3 7

8 RPAS Satcom Challenge Threefold Complementary Validation Campaigns Provide a preliminary validation of Air Traffic Insertion (ATI) and User Requirements Characterize the satcom links (both L and Ka bands) Assess Req. Comm. Performances for Communications and Non Payload Communications (CNPC) Full test in the real environment under civil ATC 88

9 Flight Demonstration System Architecture (Ka-band) (L-band) Sat NAV (GPS/EGNOS) ) (C 2 l o tr t EO Satellites s on cep on C i n t (COSMO-SkyMed) a nd co nic d a Link u n a m m om mm atco c o C ls ad A RP Dua Beyond Radio Line of Sight ylo a P (BRLOS) Satcom Operations Satcom Gateways MPLS / Internet Dedicated Links Service Exploitation Platform Fucino Teleport Live video streaming from onboard sensors MPLS / Internet AIS Coastal AIS Station End Users Operations Rooms / HQ radar network aign mp a C t h Flig a Leonardo - Società per azioni Are- Finmeccanica Airport Control Tower (TWR/APP) RLOS connectivity for take-off & landing and emergency Dedicated Links RPA Ground All rights reserved 2017, Telespazio ControlS.p.A. Station Air Traffic Area Control Center (Rome ACC) Rome 12 9

10 Goals for RPAS management To include unmanned flying units in non segregated areas as part of commercial aeronautical traffic To use EGNOS integrity to be able to guarantee unmanned vehicles homogeneous management by means of GPS data integration with EDAS information (Navigation Gateway) To be able to guarantee availability increase and service continuity is an EVOLUTION of navigation services for RPAS applications. EGNOS V3 evolution, which foresees Galileo inclusion, guarantees larger continuity and availability but also larger resilience and strength of overall system, due to multi frequency introduction, which makes more difficult to implement signal disturbance actions. Authentication mechanism which guarantees RPAS full identifiability shall be foreseen (also through cryptographic mechanisms) to be able to add fundamental security aspects in UAV management during all operational phases, and if necessary to use navigation data to legal purpose too. Further integration with 5G guarantees the possibility to use it also in urban environment (when GNSS signal is shielded). 10

11 Marco Brancati CTO - Innovation & Technological Governance THANK YOU FOR YOUR ATTENTION TELESPAZIO, a Leonardo and Thales Company Via Tiburtina, Roma Tel.: