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Five
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use multiple LSPs between two points in order to enable trunk provisioning and per-service dimensioning
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B17 Quality Considerations Pertaining to Session Management
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There are a number of additional quality factors that users take for granted in today s circuit-switched network It is reasonable to anticipate that similar requirements should be placed onto some VoIPoMPLS networks so that from a service standpoint, equivalent performance is maintained, where that is deemed necessary These factors include
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Session setup delay Sometimes referred to as post-dial delay Session availability This refers to the network s ability (or inability) to establish sessions due to outage events (nodal, subnetwork, or network) Session defects This refers to defects that occur to individual (or groups of) sessions The defects may be caused by transient errors occurring within the network or may be due to architectural defects Examples of session defects include
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Misrouted sessions Dropped sessions Failure to maintain adequate billing records Alerting the end user prior to establishing a connection and then not being able to establish a connection Clipping the initial conversation (defined by the post-pickup delay) Enabling theft of service by other users42
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57 Voice over Pseudo Wire Emulation Edge-to-Edge (PWE3)
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A framework for Pseudo Wire Emulation Edge-to-Edge (PWE3) was published as an IETF Internet Draft in 20019 The framework discusses the emulation of circuits (such as T1, E1, T3, E3, and SONET/SDH) and services (such as ATM and Frame Relay) over packet-switched networks using IP, the Layer 2 Tunnel Protocol (L2TP), or MPLS The document presents an architectural framework for PWs, defines terminology, specifies the various protocol elements and their functions, describes some of the ser-
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Motivations, Drivers, Approaches, and Advantages of VoMPLS
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vices that will be supported, and discusses how PWs fit into the broader context of protocols Section 57 is based primarily on the cited PWE3 document Many sections of the PWE3 document have been reprinted here for this discussion43 Because PWs (in effect circuit emulation) enable TDM-like services to be delivered over packet networks (including MPLS) and because voice can be carried on a TDM circuit that is provided via a PW (over MPLS), we will cover the topic briefly
571 What Are PWs
Definition PWE3 is a mechanism that emulates the essential attributes of a service (such as a T1 leased line or Frame Relay) over a packetswitched network The required functions of PWs include encapsulating service-specific bit streams or PDUs arriving at an ingress port, and carrying them across a path or tunnel, managing their timing and order, and any other operations required to emulate the behavior and characteristics of the service as faithfully as possible From a customer s perspective, the PW is perceived as an unshared link or circuit of the chosen service However, there may be deficiencies that impede some applications from being carried on a PW These limitations should be fully described in the appropriate service-specific applicability statements Functions PWs provide the following functions in order to emulate the behavior and characteristics of the desired service:
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The encapsulation of service-specific PDUs or circuit data arriving at an ingress port (logical or physical) Carrying the encapsulated data across a tunnel Managing the signaling, timing, order, or other aspects of the service at the boundaries of the PW Service-specific status and alarm management
Applicability statements for each service describe any shortfalls of the emulation s faithfulness
572 Goals of This Section
Description of the motivation for creating PWs and some background on how they may be deployed Description of an architecture and terminology for PWs
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Description of the relevant services that will be supported by PWs, including any relevant service-specific considerations Description of methods to ensure in-order final PDU delivery Description of methods to perform clock recovery as needed or appropriate Description of methods to perform edge-to-edge/in-band maintenance functions across the packet-switched network, as needed or appropriate Description of the statistics and other network management information needed for tunnel operation and management Description of the security mechanisms to be used to protect the control of the PW technology The protection of the encapsulated content (for example, payload encryption) of the PW is outside of the current scope for the PWE3 Working Group Description of a mechanism to exchange encapsulation control information at an administrative boundary of the packet-switched network, including security methods Whenever possible, relevant requirements from existing IETF documents and other sources will be incorporated by reference
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