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backward call indicators and user-to-user information, are copied to corresponding information elements in CPG In the example ow in Figure 628, the messages indicated with (asterisks) lead to the triggering of alerting DP in the MSC receiving that message The respective CAMEL services may not be aware that the ISUP ANM following the alerting indication relates in fact to another destination than the original called party9 Figure 629 contains the ISUP signal sequence diagram associated with the example call case The ACM indicated with (1) relates to user interaction (eg announcement) for CAMEL service in the GMSC The CPG indicated with (2) relates to the subscription option noti cation to the forwarding party , related to call forwarding The forwarding MSC may, if the calling party subscribes to this feature, send a noti cation to the calling party that the call is forwarded The ACM and CPG indicated by (3) relate to a toll-free voicemail announcement The voicemail system may defer the sending of ANM for the duration of a welcome announcement During this announcement, the calling party is not charged, since the originating exchange has not yet received the ANM The VMSC converts the ACM from the voicemail box into CPG because the VMSC has already sent ACM for this call The GMSC and the originating VMSC will not receive a second alerting indication When the gsmSSF sends an alerting indication to the gsmSCF, the gsmSSF may include the location information of the served subscriber in the noti cation This applies only for a gsmSSF in an MO call or a gsmSSF in a VT call This feature is particularly useful for the VT call case When a CAMEL service is invoked as a result of VT-CSI, the location information that is included in CAP IDP is retrieved from the VLR At that point of the call, the called subscriber has not yet been paged The reported location information may therefore be out of date; the subscriber may have moved to another cell within the location area The alerting event results from subscriber paging response Paging response results in an update of the location register in VLR The updated location information is included in the alerting noti cation 626 Mid-call Detection Point Mid-call detection is a means for the CAMEL service to obtain user input during a call without connecting the subscriber to a specialized resource function A CAMEL service may instruct the gsmSSF to monitor for dual-tone multi-frequency (DTMF) digits in the speech path of the call The detection and reporting of DTMF digits for a call is restricted to the MO call case and the VT call case The detection and reporting of DTMF digits is transparent for the further transfer.

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The destination address in the O Answer and T Answer noti cation to the CAMEL service includes the destination address that was included in the ISUP IAM sent from the MSC It does not include the connected number, as contained in ISUP ANM

The item/task presentation is handled by pulling together the item content from the resource le, adding relevant functionality from the template, and nally calling the appropriate test driver display and interactive software components to render the item that the examinee sees on his or her computer screen For example, a multiple-choice question (MCQ) links the content of the question stem, which is pulled from the resource le, to a text attribute associate with the software multi-line text display control The content of each MCQ option (distractor) can be likewise linked to the label or caption attribute of a radio button The MCQ template positions the multi-line text display control and the radio buttons on the screen page The test driver then renders the formatted item The test driver interfaces software for many modern test delivery drivers are based on recon gured web browsers, using Netscape (Netscape Corporation) or Internet Explorer (Microsoft Corporation) Use of a web browser allows the same driver to be used across stand-alone PC, network, and Internet platforms A combination of standard and customized plug-in components, server-side application software, and embedded programmed scripts are used to provide the necessary software functionality and security for these types of browser-based test delivery driver The web browser platform also allows developers to use standardized rendering with hypertext mark-up language (HTML) and portable data structures via the extensible mark-up language (XML) Many of the existing test delivery drivers also use built-in templates or style sheets for composing and presenting various standard item types (multiple choice items, hot-spot selection items, drag-and-drop items, etc) Computer-based work simulations and performance exercises, or items comprised of rather complicated interfaces, are usually launched as external applications This capability to launch an external application eliminates the need for the test delivery driver itself to provide customized functionality that is speci c to a particular examination Response capturing involves recording the appropriate actions by the examinee as well as converting these actions to a particular data format, storing the data and then transmitting it Response capturing mechanisms can vary from simple selections to complex actions Consider that a multiplechoice question (MCQ) translates the examinee s selection (a mouse click) to a data record that denotes which of the MCQ distractors was chosen In contrast, an extended response item or essay may use a text input box or word processor and require the test delivery driver to store a large block of formatted text Interactive computerized performance simulations may require the test driver to store complex sequences of actions involving nodes and relations (among the nodes) or customized data structures such as data and formula entries in a spreadsheet Real-time scoring implies that the test delivery driver must implement some type of scoring rule and may further need to aggregate the item-level scores to produce a test-level score A scoring rule is usually implemented as a type of pattern match between the examinee s response or actions and some idealized rule that allocates points For example, matching the test taker s response.