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Figure 0-a | Example of a Generic HSS structure and basic interfaces |
Figure 0.b | HSS logical functions |
Figure 1 | Basic Configuration of a PLMN supporting CS and PS services (using GPRS) and interfaces |
Figure 1a | Configuration for Short Message Service |
Figure 1b | Basic Configuration of a 3GPP Access PLMN supporting CS and PS services (using GPRS and EPS) and interfaces |
Figure 2 | Configuration of LCS entities for a GERAN PLMN |
Figure 3 | Configuration of LCS entities for a UTRAN PLMN |
Figure 3a | Configuration of LCS entities for an E-UTRAN PLMN |
Figure 4 | configuration of CAMEL entities |
Figure 5 | Configuration of a PLMN supporting Cell Broadcast Service entities for GERAN/UTRAN |
Figure 4.2.3-1 | Warning System Architecture for E-UTRAN Access |
Figure 6 | Configuration of IM Subsystem entities |
Figure 6a | Functional architecture for the provision of service in the IMS |
Figure 6b | Functional architecture for the management of the user's service related information |
Figure 6c | Functional architecture for the routing of SIP requests between I CSCF and AS |
Figure 6d | Functional architecture for IMS Service Centralization and Continuity |
Figure 6e | IMS Service Centralization and Continuity Reference Architecture when using ATCF enhancements |
Figure 5.5.4-1 | Functional architecture for WebRTC access to IMS |
Figure 7 | Configuration of a signalling gateway function |
Figure 8 | Configuration of a 3GPP/WLAN interworking function |
Figure 9 | Configuration of MBMS entities for GPRS |
Figure 9a | Configuration of MBMS entities for Evolved Packet System |
Figure 10 | Configuration of SMSIP entities |
Figure 5.11-1 | Overall PCC logical architecture (non-roaming) when SPR is used |
Figure 5.11-2 | Overall PCC logical architecture (non-roaming) when UDR is used |
Figure 5.11-3 | Overall PCC architecture (roaming with home routed access) when SPR is used |
Figure 5.11-4 | Overall PCC architecture for roaming with PCEF in visited network (local breakout) when SPR is used |
Figure 5.12 | Configuration of CSFB |
Figure 5.13 | SRVCC architecture for E-UTRAN to 3GPP UTRAN/GERAN |
Figure 5.13a | SRVCC architecture for UTRAN (HSPA) to 3GPP UTRAN/GERAN with Gn based SGSN |
Figure 5.13b | PS to CS SRVCC architecture for UTRAN (HSPA) to 3GPP UTRAN/GERAN with S4 based SGSN |
Figure 5.13c | CS to PS SRVCC architecture for UTRAN/GERAN to E-UTRAN |
Figure 5.13d | CS to PS SRVCC architecture for UTRAN/GERAN to UTRAN (HSPA) with Gn based SGSN |
Figure 5.13e | CS to PS SRVCC architecture for UTRAN/GERAN to UTRAN (HSPA) with S4 based SGSN |
Figure 5.15 | General Lawful Interception Architecture |
Figure 5.16 | Logical ubiquitous charging architecture |
Figure 5.17-1 | Configuration of PLMN supporting Home NodeB Subsystem |
Figure 5.17-2 | Configuration of PLMN supporting Home eNodeB Subsystem |
Figure 5.19-1 | PSS Service Architecture for GPRS |
Figure 5.19-2 | PSS Service Architecture for EPS |
Figure 5.21 | Configuration for RAN user plane congestion detection and reporting |
Figure A.1 | Configuration of a PLMN and interfaces with GLR |