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Finally, the Charging information includes external correlation identi ers that relate to the same service usage; eg the IMS correlation identi er if the IMS was used: PS Domain and IMS exchange their correlation identi ers over the Go and the Gx interface, respectively, cf 10, Section 1021 163311 Of ine Flow-based Charging in the PS Domain In addition to the charging just described, Flow-based Charging can be performed in the PS Domain As discussed in Section 16323, Flow-based Charging allows for a more negranular, service-speci c charging The PCEF for Flow-based Charging is located in the GGSN The PCRF is a network element located in the IMS.

high level of integration between back-end systems and existing and new management software, including management portals FAST was intended to enable improved operations and management visibility into day-to-day business transactions In addition, the system was envisioned as a way to help cut costs in managing operations and procurement Even without compliance issues factored in, FAST was going to have trouble living up to its potential The proprietary nature of the integration was problematic, as it might stand in the way of cost-effective and streamlined change management as DexCo exerted its need to be agile Figure 15-1 compares DexCo s existing enterprise architecture with the vision of FAST There s good news and bad news about FAST, Sebastian says Give me the good news, Jim says I need to hear some good news.

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2 Charging information for Flowbased Charging is a subset of the Charging information for general PS Domain charging: the charging rule can to some extent restrict the Charging information and this way reduce overhead for example the duration of a PDP Context will not be reported when volume-based charging is applied 16332 Online Charging in the PS Domain Up to Rel-6, online charging in the PS Domain was performed with only the SGSN as CTF, communicating with the OCS via a protocol from the SS7 family In Rel-6, however, the online charging architecture was reorganized by introducing ow based charging The GGSN, as PCEF, is now the only CTF The SGSN, however, continues to collect Charging information that is not available to the GGSN, eg the radio access technology used, and sends it to the.

In the re ection diagram, we emphasize the following points: Voltage represented by the rst propagation is listed as a and is seen to be a potential division of the source voltage by the factor Z0/(Zg + Z0). Voltage at the load end is zero until TD at which time it jumps to a + La as a consequence of the incident voltage and the rst re ected voltage. Re ected voltage propagates back toward the generator whose voltage has remained at value a until time 2TD at which time it jumps to a + La + g La as a consequence of the incident amount of re ected voltage and the subsequent second re ected voltage. The process continues at each end of the transmission line as time increases to jump at intervals 2TD as the re ections propagate one round trip. QUESTION What would be different about the values of voltage (voltage) measured at each end of the transmission line if there were an amplitude reduction of e l during each transit of the re ected voltages Could you modify the values shown in Figure 3.17 to account for this attenuation

The final register to be loaded is EAX. The syscall number for execve, 11, is placed into EAX:

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