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Resource authorisation and reservation at the originating end The resource authorisation signalling ow at the originating end is depicted in Figure 313 In the rst step, the UE initiates the IMS service by sending a SIP invite carrying among other things the SDP parameters containing the characteristics of the new application service The UE normally sends the request using a general purpose PDP context but could also use a speci c signalling PDP context When the P-CSCF receives the request, it extracts the IP address and port numbers of the initiating UE The P-CSCF veri es that the application service is supported in the IMS system, and the serving CSCF (S-CSCF) controlling the IMS session veri es that the subscriber is allowed to use the requested service In addition, SDP parameters are negotiated between the terminating and originating ends.

The P-CSCF provides the PDF with the application session characteristics used for QoS authorisation and the PDF can make the QoS authorisation decision that is, the maximum bit rate and QoS class for the bearer (The session characteristics and the QoS authorisation can also be provided later, if the session characteristics are not available at this point The timing depends on the particular application) The PDF generates the authorisation token and provides it to the P-CSCF The token is used to identify and bind the particular GPRS bearer session (PDP context) and the application (IMS) sessions together It also contains the PDF address that the GGSN uses to contact the correct PDF at PDP context activation that carries the requested application service Corresponding connection information identi cation and QoS authorisation take place at the terminating end too.

American Users Online November 2003 131,052,267 December 2003 132,151,758 Growth .84% Change 1,099,491

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Table 9.4 Degree of symmetry One-way delay Two-way 4 32 kb/s (1 ms <1 ms 4 64 kb/s <1 ms Delay variation Typical data rates

At the initiating end, the scenario continues by the P-CSCF sending the authorisation token and negotiated SDP parameters to the UE in a SIP message Then, the UE initiates a new PDP context for the application service (This can be a secondary PDP context with speci c QoS requirements, if an already existing primary PDP context has a suitable APN and IP address for reuse If the UE has a suitable PDP context setup, it could also use that as such or by modifying it) The UE sends the activate PDP context request with the requested QoS, binding information (ie, the authorisation token, flow identi ers) and possibly the APN to the SGSN.

The SGSN carries out similar checks to those in earlier releases; for example, it veri es that requested values are within the subscriber maximum authorised QoS and allowed APN information as indicated by the information provided earlier by the HLR After that, the SGSN initiates PDP context establishment toward the GGSN The request contains among other things the SGSN-processed negotiated QoS and APN The GGSN validates the request and sends the authorisation request with the binding information to the PDF using the Go interface The PDF identi es the appropriate IMS session by means of the authorisation token and provides the GGSN with the QoS authorisation decision The PDF may have already received the IMS session information or it may need to request that information from the P-CSCF.

TABLE 9.3. Heuristic for Global Predictive Scheduling calculate_static_criticalities WHILE orders_to_plan DO capacity_analysis; select_most_critical_order; select_interval_of_order; select_least_critical_variant; WHILE intermediates_to_plan DO select_most_critical_intermediate; select_start_time; select_machine_group; IF ok THEN plan_intermediate ELSE solve_con ict END WHILE END WHILE

It may also need to contact the P-CSCF if the P-CSCF has requested in the rst message to be contacted at this point In addition to QoS authorisation, the PDF may provide the gating decision to the GGSN The gating decision indicates either gate open or gate closed The value gate open allows the GGSN to pass user tra c through in the GGSN right away, whereas the decision gate closed does not permit such packet transfer The GGSN enforces the PDF-provided QoS (and gating) decision, and acknowledges successful PDP context establishment to the SGSN, including the negotiated QoS The.

(35)

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File Transfer Protocol (FTP)

To ensure that the mapping of DWR URLs does not conflict with the rest of the PIX application (which uses mapping through Spring MVC), you need to make sure that the DWR servlet is used on DWR URLs instead of the default DispatchServlet. DWR has its own controller servlet, called org.directwebremoting.spring.DwrSpringServlet. You configure this in the deployment descriptor, web.xml, of the PIX application. You can find this deployment descriptor, web.xml, in the wrox-pix-web/src/webapp/WEB-INF directory from the source code download. The highlighted lines makes sure that everything with the URL pattern is processed by DwrSpringServlet.

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