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TS 101 909-5 : 1.1.1

Current

Current

The latest, up-to-date edition.

ACCESS AND TERMINALS (AT); DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 5: DYNAMIC QUALITY OF SERVICE FOR THE PROVISION OF REAL TIME SERVICES OVER CABLE TELEVISION NETWORKS USING CABLE MODEMS

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English

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Foreword
Introduction
1 Scope
2 References
3 Definitions and abbreviations
  3.1 Definitions
  3.2 Abbreviations
4 Void
5 Technical Overview
  5.1 IPCablecom QoS Architecture Requirements
  5.2 IP QoS Access Network Elements
  5.3 IPCablecom Dynamic QoS Architecture
  5.4 QoS Interfaces
  5.5 Framework for IPCablecom QoS
  5.6 Requirements of Access Network Resource Management
  5.7 Theory of Operation
6 MTA to AN Quality-of-Service Protocol (pkt-q3)
  6.1 RSVP Extensions Overview
  6.2 RSVP Flowspecs
  6.3 Definition of Additional RSVP objects
  6.4 Definition of RSVP Messages
  6.5 Reservation Operation
  6.6 Definition of Commit Messages
  6.7 Commit Operations
7 Authorization Interface Description (PKT-Q6)
  7.1 Gates: the Framework for QoS Control
  7.2 COPS Profile for IPCablecom
  7.3 Gate Control Protocol Message Formats
  7.4 Gate Control Protocol Operation
8 Gate-to-Gate Co-ordination Interface (PKT-Q8)
  8.1 Gate-to-Gate Protocol Messages
  8.2 Gate Co-ordination Procedures
Annex A (normative): Additional requirements for J.112 annex A
        implementations
      A.1 Terminology
      A.2 Mapping of Flowspecs into J.112 QoS parameters
      A.3 Use of J.112 MAC Primitives
      A.4 Support of Two-phase Resource Allocation
      A.5 Reservation Maintenance
Annex B (normative): Additional requirements for J.112 annex B
        and annex C implementations
      B.1 Mapping Flowspecs into J.112 QoS Parameters
      B.2 J.112 Support for Resource Reservation
      B.3 Use of J.112 MAC Control Service Interface
Annex C (normative): Timer Definitions and Values
Annex D (informative): Sample mapping of SDP descriptions into
        RSVP flowspecs
Annex E (informative): Sample Protocol Message Exchanges for
        Basic DCS On-Net to On Net Call for Standalone MTA
      E.1 Example Call Flow with J.112 annex A messages
      E.2 Example Call Flow with J.112 annex B/annex C messages
Annex F (informative): Sample Protocol Message Exchanges for
        Basic NCS On-Net to On-Net Call for Standalone MTA
      F.1 Example Call Flow with J.112 annex A messages
      F.2 Example Call Flow with J.112 annex B/annex C messages
Annex G (informative): Sample Protocol Message Exchanges for
        Mid-Call Codec Change
      G.1 Example Call Flow with J.112 annex A messages
      G.2 Example Call Flow with J.112 annex B/annex C messages
Annex H (informative): Sample Protocol Message Exchanges for Call
        Hold
      H.1 Example Call Flow with J.112 annex A messages
      H.2 Example Call Flow with J.112 annex B/annex C messages
Annex I (informative): Sample Protocol Message Exchanges for
        Call Waiting
      I.1 Example Call Flow with J.112 annex A messages
      I.2 Example Call Flow with J.112 annex B/annex C messages
Annex J (informative): Sample Protocol Message Exchanges for
        Basic DCS On-Net to On Net Call of an Embedded MTA
      J.1 Example Call Flow with J.112 annex A messages
      J.2 Example Call Flow with J.112 annex B/annex C messages
Annex K (informative): Sample Protocol Message Exchanges for
        Basic NCS Call for Embedded MTA
      K.1 Example Call Flow with J.112 annex A messages
      K.2 Example Call Flow with J.112 annex B/annex C messages
Annex L (informative): Theft of Service Scenarios
      L.1 Scenario No. 1: Customers establishing high QoS
          Connections themselves
      L.2 Scenario No. 2: Customers using provisioned QoS
          for non-voice applications
      L.3 Scenario No. 3: MTA non-co-operation for billing
      L.4 Scenario No. 4: MTA altering the destination address
          in voice packets
      L.5 Scenario No. 5: Use of half-connections
      L.6 Scenario No. 6: Early termination leaving a
          half-connection
      L.7 Scenario No. 7: Forged Gate Co-ordination messages
      L.8 Scenario No. 8: Fraud directed against unwanted callers
Annex M (informative): COPS (Common Open Policy Service)
      M.1 COPS Procedures and Principles
Annex N (informative): RSVP (Resource Reservation Protocol)
      N.1 RSVP Procedures and Principles
Annex O (informative): TCP Considerations
      O.1 Requirements
      O.2 Recommended Changes
      O.3 TCP Connection Establishment impacting Post-dial Delay
      O.4 Need Low Latency for packets between the GC and AN,
          even under loss
      O.5 Head of Line Blocking
      O.6 TCP Slow Star
      O.7 Delaying of packets: Nagle's Algorithm
      O.8 Non-Blocking Interface
Annex P (informative): Bibliography
History

Describes IPCablecom, a set of protocols and associated element functional requirements.

Committee
AT DIGITAL
DocumentType
Standard
Pages
242
PublisherName
European Telecommunications Standards Institute
Status
Current

TS 101 909-20-1 : 1.1.2 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 20: LAWFUL INTERCEPTION; SUB-PART 1: CMS BASED VOICE TELEPHONY SERVICES
TS 101 909-10 : 1.1.1 ACCESS AND TERMINALS (AT); DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 10: EVENT MESSAGE REQUIREMENTS FOR THE PROVISION OF REAL TIME SERVICES OVER CABLE TELEVISION NETWORKS USING CABLE MODEMS
TS 101 909-26-1 : 1.1.1 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 26: PROTOCOL IMPLEMENTATION CONFORMANCE STATEMENT (PICS) PROFORMA SPECIFICATION; SUB-PART 1: EMBEDDED MULTIMEDIA TERMINAL ADAPTER
TS 101 909-6 : 1.1.1 ACCESS AND TERMINALS (AT); DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 6: MEDIA TERMINAL ADAPTER (MTA) DEVICE PROVISIONING
TR 102 305 : 1.1.1 ACCESS AND TERMINALS (AT); IPCABLECOM ACCESS NETWORK; END TO END PROVISIONING FOR THE IPAT ARCHITECTURE (BETWEEN THE EMTA TO THE V5.2 INTERFACE)
TS 101 909-4 : 1.5.2 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 4: NETWORK CALL SIGNALLING PROTOCOL
ES 202 667 : 1.1.5 SPEECH AND MULTIMEDIA TRANSMISSION QUALITY (STQ); AUDIOVISUAL QOS FOR COMMUNICATION OVER IP NETWORKS
TS 101 909-18 : 1.3.1 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 18: EMBEDDED MEDIA TERMINAL ADAPTER (E-MTA) OFFERING AN INTERFACE TO ANALOGUE TERMINALS AND CABLE MODEM
TS 101 909-24 : 1.1.1 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 24: MTA BASIC ACCESS ISDN INTERFACE (MTA-ISDN)
TS 101 909-17 : 1.1.1 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 17: INTER-DOMAIN QUALITY OF SERVICE
TR 102 129 : 1.1.1 TELECOMMUNICATIONS AND INTERNET PROTOCOL HARMONIZATION OVER NETWORKS (TIPHON); REQUIREMENTS DEFINITION STUDY; INTERWORKING OF TIPHON AND IPCABLECOM; ARCHITECTURE, PROTOCOL, QOS AND SECURITY
TS 101 909-11 : 1.2.1 ACCESS AND TERMINALS (AT); DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 11: SECURITY
TR 102 136 : 1.1.1 ACCESS AND TERMINALS (AT); ANALYSIS AND SCOPING OF IPCABLECOM INTERFACES AND INTERACTIONS FOR TESTING
TS 102 318 : 1.1.1 ACCESS AND TERMINALS (AT); DIGITAL BROADBAND ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PROTOCOL IMPLEMENTATION CONFORMANCE STATEMENT (PICS); INTERNET PROTOCOL ACCESS TERMINAL - LINE CONTROL SIGNALLING
TS 101 909-20-2 : 1.2.1 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 20: LAWFUL INTERCEPTION; SUB-PART 2: STREAMED MULTIMEDIA SERVICES
ES 203 312 : 1.1.1 INTEGRATED BROADBAND CABLE TELECOMMUNICATION NETWORKS (CABLE); CABINET DOCSIS (C-DOCSIS) SYSTEM SPECIFICATION
TS 101 909-23 : 1.1.1 DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 23: INTERNET PROTOCOL ACCESS TERMINAL -LINE CONTROL SIGNALLING (IPAT-LCS)

ES 201 488 : 1.1.1 DATA-OVER-CABLE SERVICE INTERFACE SPECIFICATIONS RADIO FREQUENCY INTERFACE SPECIFICATION
TS 101 909-3 : 1.1.1 ACCESS AND TERMINALS (AT); DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 3: AUDIO CODEC REQUIREMENTS FOR THE PROVISION OF BI-DIRECTIONAL AUDIO SERVICE OVER CABLE TELEVISION NETWORKS USING CABLE MODEMS
TS 101 909-2 : 1.2.1 ACCESS AND TERMINALS (AT); DIGITAL BROADBAND CABLE ACCESS TO THE PUBLIC TELECOMMUNICATIONS NETWORK; IP MULTIMEDIA TIME CRITICAL SERVICES; PART 2: ARCHITECTURAL FRAMEWORK FOR THE DELIVERY OF TIME CRITICAL SERVICES OVER CABLE TELEVISION NETWORKS USING CABLE MODEMS
ES 200 800 : 1.3.1 DIGITAL VIDEO BROADCASTING (DVB); DVB INTERACTION CHANNEL FOR CABLE TV DISTRIBUTION SYSTEMS (CATV)

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