We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!
Presentation is loading. Please wait.
Published byHunter Harris
Modified over 3 years ago
© 2010 The MITRE Corporation. All rights reserved. AERONAUTICAL COMMUNICATIONS PANEL (ACP) SEVENTEENTH MEETING OF THE WORKING GROUP M Bangkok, Thailand 31 January – 1 February 2011 INFORMATION PAPER Uplink Broadcast SNDCF R. Morgenstern, MITRE
© 2010 The MITRE Corporation. All rights reserved. Statement of Problem Point-to-point communications inefficient for some messaging –D-ATIS in the vicinity of the airport –SIGMET –NOTAMs –Aircraft Microphone Check (AMC) AEEC DLK providing broadcast capability for AOA similar to POA network It could be beneficial if solution included ATN interface 2
© 2010 The MITRE Corporation. All rights reserved. Broadcast scope 3 All aircraft for a particular Ground Station All aircraft for a cluster of Ground Stations All aircraft of a particular airline A subfleet of a particular airline
© 2010 The MITRE Corporation. All rights reserved. Proposed AOA Implementation For AOA ground station addressing, use AP or GL TEIs to address a pre-defined GS or cluster of GSs –E.g., AP AL10, AP IAD1 For AOA addressing, use existing A620/618 AN/FI TEIs to address user fleet/subfleets –E.g., AN AL-B737/FI AL9999, AN BA-XXXX/FI BA9999 No acknowledgement to broadcast messages Duplication detection based on UBI –Generate new UBI for each unique uplink broadcast –Use same UBI for broadcasts over more than 1 GS Only one ACARS uplink sent per GS No uplink ACARS timers (GT1, GT2) Limited to one ACARS block 4
© 2010 The MITRE Corporation. All rights reserved. Proposed ATN Implementation Reconstitute CLTP in ICAO Doc 9880, Part III Utilize destination NSAP to identify scope of broadcast –Routers would need to recognize address and realize it might need to multicast to reach all relevant GSs –E.g., ARS = 0xFFFFFFh and accept all LOC/SYS fields Create Broadcast SNDCF to bypass current Mobile 8208 sublayer 5
© 2010 The MITRE Corporation. All rights reserved. ATN NSAP Addressing For CLNP addressing, use 0xFFFFFF for ARS –Then LOC can determine the scope of the broadcast –And SYS can determine the specific GS, cluster, airline and/or airline subfleet –SEL = 02h consistent with AsiaPac use to indicate ISO 8602 CLTP ground or air ES 6
© 2010 The MITRE Corporation. All rights reserved. Possible LOC/SYS Encoding LOC –0000h reserved –0001h Single GS SYS = unique GS identifier, such as SiteID/RadioID –0002h Airport SYS = 0000h + 4character Airport Code –0003h ACC/TRACON SYS = FFFFFFh + 3character facility code (e.g., ZTL) SYS = sectorID + 3character facility code (e.g, N90) –0004h-FFFEh reserved –FFFFh All GS in ADM region/country SYS = FFFFFFFFFFFFh 7
© 2010 The MITRE Corporation. All rights reserved. VDL Mode 2 Interfacing Use UI frame in AVLC Use IPI/EIPI to identify destination applications and bypass 8208 sublayer –AOA continues to use current 0xFFh –ATN: CPDLC (AMC, Advisories), FIS, ADS-C, AOC/FOC ARINC750 radio implementations limited to only 3 addresses stored, so cant use AVLC addressing to isolate sub-sets of a ground stations coverage –AOA has means to provide filtering based on A620/618 address –For ATN, addition of a Broadcast Scope field following the IPI/EIPI is possible –Alternately, just pass all to CLNP and let it filter 8
© 2010 The MITRE Corporation. All rights reserved. Status AEEC DLK proceeding with AOA broadcast capability to support AOC needs FAA has action to document need for broadcast capability to RTCA SC214/EUROCAE WG78 –Coordination with WG92 when it is started –LINK2000 already experiencing some D-ATIS- related congestion –AMC application can overload channel for large/busy airports depending on scope of use 9
© 2010 The MITRE Corporation. All rights reserved. AERONAUTICAL COMMUNICATIONS PANEL (ACP) THIRTEENTH MEETING OF THE WORKING GROUP I Bangkok, Thailand.
ICAO Seminar on the Implementation of Datalink and SATCOM Communications Bangkok, November 2003 VHF ACARS to ATN Akhil Sharma.
The ATN Avionics Vendors View. ATN2001 Sept 2001; p.2 PETAL-II Avionics.
A 1 ATN Subnetwork Implementation: VDL Mode 2/Controller Pilot Data Link Communications (CPDLC) Presentation ATN 3-4 by R. Oishi, ARINC ICAO Regional ATN.
Direction générale de lAviation civile direction de la Technique et de lInnovation direction des services de la Navigation aérienne AGCFG meeting Brussels.
ATN ‘99, London, 23 September 1999 David Russell ATS Market Manager, SITA AIRCOM SITA AIRCOM Data Link Service.
A ATN 99 September 23, 1999 VHF Digital Link Mode 2 Deployment Strategy Vic Nagowski GLOBALink.
ATN99 International ConferencePage September 1999 London ATN99 INTERNATIONAL CONFERENCE September 1999 London Paul Hennig, United Airlines.
Presented by Philip Clinch on 27 September 2000 at ATN 2000 Aeronautical Telecommunications Services.
Page 1STNApresentation of data-link activities DATA-LINK IMPLEMENTATION IN FRANCE Initial data-link services with ACARS - Departure Clearance, ATIS - CPDLC.
Integrated information and telecommunications solutions AIRCOM Implementation VHF Digital Link Presented by Philip Clinch to ATN 2001 Conference 19 September.
ACARS Media Management Prepared for DCIT #23 Systems Integration Working Group.
1 GLOBALink/VHF Digital Link Mode 2 ICAO Seminar on Implementation of Data Link and SATCOM Communications Bangkok, Thailand November 2003 Copyright.
A 1 GLOBALink VHF Digital Link Mode 2 Progress Report to ICAO AMCP WG-M/2 Prepared by: Dan Pendergast Presented by: Bassam.
ATN2003 IEE, London CNS Infrastructure Partnerships Akhil Sharma Senior Manager AIRCOM Service Development.
The Future of PETAL Technology Frank OConnor ATN th September 2001.
Next Generation Air/Ground Communications (NEXCOM) Presented to ATN 2002 London, England 25 September 2002 James H. Williams Communications Integrated.
International Civil Aviation Organization Aviation System Block Upgrades Module N° B0-40/PIA-4 Improved Safety and Efficiency through the initial application.
BCI’s Aeronautical Telecommunication Network (ATN) Router Basic Commerce and Industries, Inc. Systems and Software Engineering.
Chapter 9 Hardware Addressing and Frame Type Identification 1.Delivering and sending packets 2.Hardware addressing: specifying a destination 3. Broadcasting.
Air / Ground Communications in Europe European Organisation for the Safety of Air Navigation Future Communications.
NexSAT SG#7 9 th March 2006 Future Communications Infrastructure Jacky Pouzet Communication Domain manager European Organisation for the Safety of Air.
Air-Ground Data Link - DFS Strategy 23-Sep-99Chart 1 Air-Ground Data Link - DFS Strategy ATN’99 - An International Conference on the Implementation of.
ATN2002 IEE, London Providing Communications Services to Support ATC Applications Akhil Sharma Senior Manager AIRCOM Service Development.
SC-214 / WG-78 Mgt Meeting Nov 2010 Rockville, MD – Lockheed Martin.
Federal Aviation Administration International Civil Aviation Organization INFORMATION PAPER AERONAUTICAL COMMUNICATIONS PANEL (ACP) 13th MEETING OF WORKING.
Federal Aviation Administration International Civil Aviation Organization INFORMATION PAPER AERONAUTICAL COMMUNICATIONS PANEL (ACP) 21st MEETING OF WORKING.
Federal Aviation Administration International Civil Aviation Organization INFORMATION PAPER AERONAUTICAL COMMUNICATIONS PANEL (ACP) 20th MEETING OF WORKING.
U.S. Plans for ADS-B Briefing for Seminar on Implementation of Data Link and SATCOM Communications November 2003 Bangkok, Thailand Rob Strain MITRE.
Latin America and Caribbean ATN/VDL Mode 2 Implementation Status CAR/SAM ATN/GNSS Seminar Varadero, CUBA May, 6 to 9 Presentation ATN 3.1 by A. Mattos.
One Sky for Europe EUROCONTROL © 2002 European Organisation for the Safety of Air Navigation (EUROCONTROL) Aeronautical Communications Technologies Simulator.
1 GLOBALink/HF Data Link ICAO Seminar on Implementation of Data Link and SATCOM Communications Bangkok, Thailand November 2003 Copyright © 2003 ARINC.
ATN 99 Service Technique de la Navigation Aérienne 1 ATN Activities & Plans ATN in FRANCE FOR SAFETY REASONS MAIN FUTURE DATA/LINK ATSC WILL BE ATN.
1 Fall 2005 Hardware Addressing and Frame Identification Qutaibah Malluhi CSE Department Qatar University.
Page 1 FAA Future Air/Ground Communications System Architecture James Williams Integrated Product Team Lead Communications Systems ATN September.
Federal Aviation Administration AOC/FOC Interface for Data Comm Production System To: AOC WG From: Data Comm Production Sub-Team Date: 08/22/12.
Airbus work on VDL Mode 4 ICAO ACP Working Group C Meeting Toulouse October 2003 WGC6/WP29.
International Civil Aviation Organization Aviation System Block Upgrades Module N° B0-80/PIA-1 Improved Airport Operations through Airport-CDM SIP/ASBU/2012.
10 Dec 15 COMMUNICATIONS PANEL (CP) WORKING GROUP I (WG-I) Montreal, QC Canada January 2016 AEEC IPS Update (Prepared by Luc Emberger, Greg Saccone)
Communication Domain Future Aeronautical Communications European Organisation for the Safety of Air Navigation NexSAT Steering Group #6 Brussels, 31 st.
ACI/GM/3011/1.0 ACI's Portable ATN Software Products & Services Technology for next-generation aviation data communication… Presented by Forrest Colliver.
AMHS/SWIM Seminar Chiang Mai, Thailand 5-6 March 2012 SP/10.
Doc.: IEEE /0027r0 Submission January 2006 Slide 1 WiNOT Consortium: Proposal for online enrollment cluster Notice: This document has been prepared.
Introduction to Aeronautical Data Links Prepared by - Loftur Jónasson & Jennie Jónasson Iceland Telecom Seminar on the Implementation of Data Link and.
Introduction to ATN Routers Mark A. Brown Oki Electric Industry Co., Ltd. © 2003 Oki Electric Industry Co., Ltd.
© LAIC Aktiengesellschaft ATM SYSTEMS OVERVIEW ATRAK-EC / PC (ATC Executive / Planning Control) ATRAK-AIM (Aeronautical Information Management)
Asia/Pacific AMHS Implementation Workshop AMHS Description and Implementation December 15-16, 2008 Chennai, India.
Federal Aviation Administration Data Communications Program FAA Prototype & Validation Activities Presented to:Data Comm Implementation Team By:Craig Morris.
NEXCOM Next Generation Air/Ground Communications AEEC General Session December 2001 Jim Eck Air/Ground Communications Product Team Lead.
S. Matsuzaki Director Engineering S. Matsuzaki Director Engineering & & VDL Mode 2/AOA Initial Operating Conditions Experience VDL Mode 2/AOA Initial Operating.
© 2017 SlidePlayer.com Inc. All rights reserved.