Overview of ETS in Committee T1

Slides:



Advertisements
Similar presentations
International Telecommunication Union Accra, Ghana, June 2009 Emergency Communications Systems: Nigeria Bashir Gwandu, PhD, MBA, CEng MIEE, MIEEE.
Advertisements

Colombo, Sri Lanka, 7-10 April 2009 Preferential Telecommunications Service Access Networks Lakshmi Raman, Senior Staff Engineer Intellectual Ventures.
Evolution of NGN and NGA scenario in Nepal Nepal Telecommunications Authority.
Saif Bin Ghelaita Director of Technologies & Standards TRA UAE
Homeland Security at the FCC July 10, FCCs Homeland Security Focus Interagency Partnerships Industry Partnerships Infrastructure Protection Communications.
Fabio Leite, IMT-2000 Project Manager International Telecommunication Union (ITU) Emergency Telecommunications Workshop February.
Chapter 19: Network Management Business Data Communications, 4e.
8.
Satellite Communications Systems and Emergency Communications Dr. Joseph S. Bravman Omnisat, LLC December 12, 2005.
Networking Standards. Objectives Identify organizations that set standards for networking.
Cloud Usability Framework
Suggestions for Parlay 4.0 Requirements on Emergency Telecom Services (ETS) An SAIC Company Ravi Jain September 10, 2001 Copyright.
Chapter 1: Overview Lecturer: Alias Mohd Telecommunications Department Faculty of Electrical Engineering UTM SET 4573: Data Communication and Switching.
December 5, 2003FG3 Report FOCUS GROUP 3 Interoperability Report to NRIC VI Council December 5, 2003 Cliff Naughton (Boeing)
Wireless Priority Service (WPS) OVERCOMING WIRELESS CONGESTION IN EMERGENCIES.
SBC and TSP Don Boland Director SBC National Security Emergency Preparedness FCC Presentation February 17, 2005.
1 Which Standards are needed toward Future Wireline and Wireless IP Network ? Hee Chang Chung, Jun Kyun Choi
IP Network Clearinghouse Solutions ENUM IP-Enabling The Global Telephone Directory Frank Estes Vice President , ext 224
GSC /10/2015GSC-8, OTTAWA Randolph Wohlert T1A1 Chairman Wayne Zeuch T1 Vice Chairman ETS – Public Safety and Disaster Relief.
1 IMT-2000 Operation System and Advanced Multimedia Services Infrastructure Kouzou Sakae Operation Development Department NTT DoCoMo, Inc.
OIF NNI: The Roadmap to Non- Disruptive Control Plane Interoperability Dimitrios Pendarakis
Catawba County Board of Commissioners Retreat June 11, 2007 It is a great time to be an innovator 2007 Technology Strategic Plan *
SOURCE:ATIS TITLE:NGN-Network Security AGENDA ITEM:GTSC-2; #5.6 CONTACT:Art Reilly; GSC9/GTSC _015 GSC - Seoul, Korea.
DHS/NCS Priority Services By An Nguyen. Introduction: National Security/Emergency Preparedness (NS/EP) users rely heavily on public telecommunications.
Network Reliability and Interoperability Council VII NRIC Council Meeting Focus Group 1B Network Architectures for Emergency Communications in 2010 September.
Chief Harlin R. McEwen Chief of Police (Ret) City of Ithaca, NY FBI Deputy Assistant Director (Ret) Washington, DC Public Safety Spectrum Trust Chairman.
Discussion Context NIST Cloud definition and extension to address network and infrastructure issues Discussion of the ISPD-RG Infrastructure definition.
Dr. Ir. Yeffry Handoko Putra
Inter-American Telecommunication Commission
Inter-American Telecommunication Commission
Seminar on 4G wireless technology
Fundamentals of Information Systems, Sixth Edition
Chapter 19: Network Management
Review of new Question descriptions under ITU-T SG11
“An Eye View On the Future Generation Of Phones”
Satellites = Redundancy, Ubiquity, Interoperability
Welcome Network Virtualization & Hybridization Thomas Ndousse
MOBILE NETWORKS DISASTER RECOVERY USING SDN-NFV
Chapter 1 Communication Networks and Services
IEEE 802 OmniRAN Study Group: SDN Use Case
Federated IdM Across Heterogeneous Clouding Environment
EMERGENCY COMMUNICATIONS
SOURCE: TIA TITLE: TIA Update on NGN End-to-End QoS AGENDA ITEM:
ATIS Emergency Services Interconnection Forum (ESIF)
Presented by Fabio Bigi Workshop Coordinator
Glenn Parsons, GTSC-9 Chair, ISACC
Emergency Telecommunication Service (ETS) Standards Initiatives
Emergency Telecommunication Service (ETS) Standards Initiatives
Business Contingency Planning
Telecommunications for Disaster Relief
ATIS Emergency Communications (EC) Standards Development
FCC Broadband Field Hearing Georgetown University Medical Center
Mobile Commerce and Ubiquitous Computing
Overview of ETS in IPCablecom Networks
Alert Gateway Group (AGG)
Lecture 1 Overview of Communication Networks and Services
IP and NGN Projects in ITU-T Jean-Yves Cochennec France Telecom SG13 Vice Chair Workshop on Satellites in IP and Multimedia - Geneva, 9-11 December 2002.
ATIS Interoperability
Liu Duo CJK4_014 NGN activities in CCSA Liu Duo
Good Morning 1/17/2019.
High Interest Subject: NGN – End-to-End QoS
Mark Epstein Senior Vice President Qualcomm
TR-47 Terrestrial Mobile Multimedia Multicast (TM3)- Standards Update
NGN Interoperability TIA DEL DOCUMENT #:
Emergency Telecommunications Cluster
Telecommunications for Disaster Relief in Canada
Glenn Parsons, GTSC-9 Chair, ISACC
Service Management Requirements for TDR
Wayne Zeuch, GTSC-6 Chair Nicole Butler, ATIS Staff
Senior Telecommunication Adviser, Swisscom
Presentation transcript:

Overview of ETS in Committee T1 Arthur Webster U.S. Department of Commerce, NTIA/ITS

Emergency Telecommuncations in Committee T1 T1 and T1A1 Role T1 Technical Report “Overview of Standards in Support of Emergency Telecommunications Service (ETS)” T1A1 Priority Technical Report Other Committee T1 ETS Work 19.02.2019

19.02.2019

T1 Technical Report Overview of Standards for ETS “Overview of Standards in Support of Emergency Telecommunications Service (ETS)” Functional Requirements Standards Work Example Architecture ftp://ftp.t1.org/T1A1/T1A1.2/3a120041.doc 19.02.2019

Functional Requirements 1 NS/EP Telecommunication Services Functional Requirements Description a. Enhanced Priority Treatment Services supporting NS/EP missions must be provided priority treatment over other traffic. b. Secure Networks Networks must have protection against corruption of, or unauthorized access to, traffic and control, including expanded encryption techniques and user authentication, as appropriate. c. Non-Traceability Selected users must be able to use NS/EP services without risk of usage being traced (i.e., without risk of user or location being identified). d. Restorability Should a disruption occur, services must be capable of being reprovisioned, repaired, or restored to required service levels on a priority basis. e. International Connectivity Services must provide access to and egress from international carriers. f. Interoperability Services must interconnect and interoperate with other selected government or private facilities, systems, and networks. g. Mobility The communications infrastructure must support transportable, re-deployable, or fully mobile communications (e.g., personal communications service, cellular, satellite, high frequency radio). h. Ubiquitous Coverage Services must be readily accessible to support the national security leadership and inter- and intra-agency emergency operations, wherever they are located. 19.02.2019

Functional Requirements 2 i. Survivability/Endurability Services must be robust to support surviving users under a broad range of circumstances, from the widespread damage of a natural or man-made disaster up to and including nuclear war. j. Voice-Band Service The service must provide voice-band service in support of presidential and other communications. k. Broadband Service The service must provide broadband service in support of NS/EP missions (e.g., video, imaging, Web access, multimedia). l. Scaleable Bandwidth NS/EP users must be able to manage the capacity of the communications services to support variable bandwidth requirements. m. Affordability Services must leverage network capabilities to minimize cost (e.g., use of existing infrastructure, commercial off-the-shelf technologies, services). n. Reliability/Availability Services must perform consistently and precisely according to their design requirements and specifications, and must be usable with high confidence. 19.02.2019

Functional Requirements 3 (4 Additional) o. Quality of Service End-to-end QoS should be provided based on internationally standardized QoS classes and parameters sufficient to meet user’s expectations in inter-domain and inter-network (including wireline and wireless interoperation) contexts. p. Management Service/Network providers must have Operation Support Systems (OSSs) in place in order to provision and maintain critical network elements that are used for ETS. The OSSs need to have redundancy in the event a disaster/emergency eliminates the utilization of one or more central computer complexes. q. Accounting & Billing Service/Network providers must have a means of accumulating accounting and billing data to bill customers who utilize the capabilities of ETS. Accounting records will be accumulated automatically and any request for detailed billing statements must be authorized by the appropriate government agency. r. Network Evolution As more details are known about Next Generation Network (NGN) equipment, standards have to be developed to insure interoperability and reliability of any network element inserted into the mix of technologies that will be used for ETS. The NGN equipment must be designed to provide ETS requirements such as connectivity, priority service, security, QoS, etc. 19.02.2019

Partial Mapping of ETS Functional Requirements 19.02.2019

Example Signaling and Transport Protocols 19.02.2019

Traffic Priorities in Emergency Telecommunications Services (Draft Technical Report) Five Connection Admission Control priority levels are proposed: Reserved exclusively for ETS services during national/international emergency conditions. Reserved exclusively for local E911 emergency services. Suggested level for critical customers (e.g., Virtual Private Network services). Suggested level for real-time interactive services not related to critical customers. Best Effort services (e.g., normal Internet Service Provider services). ftp://ftp.t1.org/T1A1/T1A1.2/3a120020.doc 19.02.2019

Other Current ETS Work in T1 T1M1 Providing inputs to Q9/4 on M.ets , “Network and Service Management Requirements for Information Interchange across the TMN X-interface for the International Emergency Telecommunications Service (ETS).” Revising American National Standard T1.202, “Guidelines for Network Management of the Public Switched Networks Under Disaster Conditions, as required, to meet the needs of next generation networks.” Revising American National Standard T1.211, “National Security Emergency Preparedness – Telecommunications Service Priority,” as required, to meet the needs of next generation networks. 19.02.2019

Other Current ETS Work in T1 T1S1 T1.ETS “Signalling System No. 7 (SS7) –Emergency Telecommunications Service (ETS)” This draft Standard builds upon the High Probability of Completion (HPC) Network Capability as described in T1.631. The ETS service is expanded to address bearer networks and the ITU-T E.106 International Emergency Preference Scheme for Disaster Recovery. Developing Technical Report on Emergency Telecommunication Service (ETS) for Emergency Telecommunications in evolving networks. 19.02.2019

Security in T1 Holistic Approach T1A1: Security related to Reliability, Availability, and Performance. T1M1: Security for the X-Interface (Management). T1S1: Security for SS7 and other Signaling. T1E1: Physical Protection. T1P1: Security for Wireless (e.g. Cellular). T1X1: Security in Optical Switching. 19.02.2019

Summary Work on ETS in Committee T1 is coordinated with the ITU and other SDOs. Requirements are (generally) defined in new ETS Technical Report. New TRs and Standards are progressing (ETS and Security). An ETS Program Management website for T1 and TIA is under development. http://www.t1.org/html/ets.htm 19.02.2019

19.02.2019