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MNP returns the RN for that subscriber The STP places the RN in front of the called party BCD number and passes the CAP IDP on to the SCP The SCP now receives CAP IDP [Called Party BCD Number = 12 06 516 13 555; ] instead of CAP IDP [Called Party BCD Number = 06 516 13 555; ] The SCP may parse this destination number through the rating table in the SDP, which determines the cost of the call The RN pre x (in this example RN = 12) for this number is taken into account by the SDP Since the destination number is modi ed in CAP IDP, but not in ISUP signalling, the network must still take care of applying MNP for routing the call to the ported subscriber
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69 Control of IP Multimedia Calls
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CAMEL control of IP multimedia calls forms a bridge between the CS mobile network and the IP multimedia network The IMS is the IP-based communication system for mobile networks Although IMS, which was introduced in 3GPP release Rel-5, is speci ed for the mobile network, it may also be used for wireline networks In fact, the nature of IMS facilitates arbitrary access methods to be used Table 616 speci es the main 3GPP technical speci cations for IMS The highlighted technical speci cations are the CAMEL speci cations for IMS control The reader may consult the speci cations listed in Table 616 for a description of IMS Many aspects of IMS are de ned by the IETF The standards that are published by the IETF are contained in request for comments (RFC) 3GPP TS s refer to RFCs for many of the GPRS- and IMSrelated functionality RFCs may be obtained from wwwietforg A good tutorial on IMS is The
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Table 616 3GPP TS 22228 22250 22340 23228 23278 [70] [71] [72] [91] [93] 3GPP speci cations for IMS Title Service requirements for the IMS IP multimedia subsystem group management IP multimedia subsystem messaging IP multimedia subsystem CAMEL IP multimedia system interworking Signalling ows for the IP multimedia call control based on session initiation protocol and session description protocol Internet protocol multimedia call control protocol based on session initiation protocol and session description protocol IP multimedia subsystem Cx and Dx interfaces; signalling ows and message contents Cx and Dx interfaces based on the diameter protocol; protocol details CAMEL application part speci cation for IP multimedia subsystems
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24228 [96]
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P-CSCF Gr (MAP) Gi
Mw (SIP)
I-CSCF
Mw (SIP)
S-CSCF
Mw (SIP)
SGSN IuPS RNC
Gn (GTP)
GGSN
ENUM
Gi (RTP) Iub Node-B Uu
Figure 655 Architectural overview of IMS network with CAMEL control Note: not all IMS-related entities and interfaces are re ected
3G IP multimedia subsystem (IMS): merging the internet and the cellular worlds [169] Figure 655 contains a network overview of IMS, including the CAMEL-speci c entities The radio network and core network entities (Node-B, RNC, SGSN, HLR, GGSN) are described in previous chapters The other IMS-related entities are described underneath IMS subscribers may use GPRS to establish a PDP context The PDP context may be used to carry the session initiation protocol (SIP) messages to and from the IMS subscriber SIP is used to establish a call between the calling party and the called party The calling and called party may exchange their respective IP addresses and codec information; the call parties may then exchange payload through the internet, using the exchanged IP addresses HSS The home subscriber system (HSS) is the subscription database for IMS IMS subscribers subscription data is permanently stored in the HSS The HSS is often considered the successor of the HLR That implies that HLR is contained in HSS However, the IMS operator does not need to be the same as the GPRS/UMTS operator In that case, HLR and HSS are owned and operated by different operators SLF The subscriber locator function (SLF) is a node that maintains the link between subscriber and HSS SLF(s) may be used in a network that has multiple HSSs; when an entity such as I-CSCF or SIP-AS needs to contact the HSS, that entity needs to contact the SLF rst, to nd out in which HSS the subscriber s data is stored S-CSCF The serving call session control function (S-CFCF) is the main traf c control node for the IMS network A subscriber that is IMS-registered has registered herself with an S-CSCF in the home