Future COM Infrastructure (FCI): SESAR Activities

Transcription

1 V1.0 Future COM Infrastructure (FCI): SESAR Activities Update Current Status Nikos Fistas Jacky Pouzet The European Organisation for the Safety of Air Navigation

2 Agenda 1) FCI and SESAR activities: The overall context 2) Update on SESAR COM (data link) projects LDACS: SESAR project P Satellite system: SESAR project P AEROMACS: SESAR projects P and P9.16 2

3 Basic Assumptions Future ATM concept introduces new (demanding in data exchanges) ATM services Data will be the primary mode of future operations (voice only for emergency) Previous analyses demonstrated that no single technology meets all requirements across all operational flight domains REMINDER FCI will be a system of systems integrating existing sub networks (VDL) as well as new sub networks 3

4 Multilink Concept Legacy systems and New Data Links REMINDER Legacy Systems Airport surface: C band General terrestrial: L Band Satellite: Oceanic + Continental 4

5 Service and Technology Roadmap BLOCK0 BLOCK1 BLOCK2 BLOCK3 Initial Data Link En-Route VHF ACARS CONTINENT VDL M2 CONTINENT SATCOM ACARS GLOBAL Initial 4D Trajectories & Airport Services Full 4D New Airport New SATCOM GLOBAL New Terrestrial CONTINENT ATS Services Basic AOC Enhanced AOC & MAPS, MET Full Air-Ground SWIM TBD Info Services New Commercial Tech. 5

6 Project P : Future Mobile Data Link System Definition 6

7 P15.2.4: Project in brief Scope: ❶ General system aspects of future data link systems ❷ L band system definition (LDACS) Schedule: Step 1: Early Tasks (finished in March 2012) Step 2: Follow on activities (expected to start by end of 2012) Current Status: ET complete Discussions on scope of full project activities 7

8 ET Achievements General FCI Part (initial reports on): Multilink Concept QoS and Classes of Services QoS Management (Architecture issues) DL security requirement and Civil/Military interoperability considerations LDACS part LDACS1 specifications I/F mitigations techniques Criteria and Scenarios for spectrum compatibility investigations LDACS Testing plan LDACS1 prototype partial development 8

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10 P Planned activities General system aspects of future data link systems Under discussion: Future Operational Concept - Multilink Network Aspects support for QoS FCI Architecture Validation of concepts and proposed standards L band system definition (LDACS) Under discussion: LDACS (1/2) interference investigations 10

11 Project P15.2.6: Satellite Communication System 11

12 P Project in brief Future Satellite System Developments SESAR P ESA IRIS Scope: Identification/development of requirements (input to ESA/Iris) Complementary (to Iris) V&V activities Undertake the required standardization activities 12

13 Current Status ESA/Iris Technology Investigations New SATCOM system (ANTARES) Evolution of INMARSAT SBB (THAUMAS) NEW: Precursor (INMARSAT SSB) system proposal P Development of SATCOM MRD to drive Iris system design NEXUS: Development of proposal updating the AMS(R)S SARPs Coordination of V&V planned activities with ESA 13

14 Projects P and P9.16: Airport Surface System - AeroMACS 14

15 P15.2.7/P9.16 Projects in brief Scope: Develop standards for the AeroMACS system Project covers overall system aspects and ground component Project 9.16 covers airborne component 15

16 Current Status Support standardisation Work in WMF Forum (AWG), EUROCAE/RTCA (WG82 SC223), ICAO ACP (WGS) Profile, MOPS, MASPS, SARPs, TM (to be confirmed) AEEC work item is the next milestone Investigations for deployment scenarios Development of prototypes for testing Finalisation of of testing and validation plans Consideration of airborne integration/architecture aspects (P9.16) 16

17 Airborne Integration needs to be addressed and facilitated Opportunity? Software Radios: Synergies with Military? 17

18 Conclusion The meeting is invited to: Note the latest developments Identify the need to cooperate with the MIL Airborne Integration Software defined radio LDACS for N and S? 18

19 Thank you! 19