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How this information gets used by the UAS is up to the service provider. One example might be providing specific services to the subscriber based on the type of access. If the subscriber is using a low-speed access link, for example, that subscriber may be restricted from using services that require higher-speed connections. This can also be used for billing applications where the billing is dependent on the access type. If the subscriber uses an 802.11 network to access the service provider network, the 802.11 service may be provided through another operator, and there may be additional charges for using this access method. Since this can be sensitive information, it is desirable to encrypt the information or delete it prior to transmitting any messages outside of the trusted domains. This is also implementation specific, so different operators may use this data differently. Any proxies in the path of the message ignore the header, as this information is not used by intermediate proxies, but by proxies providing a service (such as the S-CSCF in the IMS). The intermediate proxies simply ignore the header and route the message forward; if the proxy is providing a service, however, then that proxy will interpret the header and delete it prior to forwarding to another network.

Development time binding In this case, in addition to the signatures of the service operations and the service (network) protocol, the actual physical location of the service is known at development time. The client logic is developed accordingly. Thus, the binding is hard-coded to use a speci c service and is permanent. Partly runtime binding As in the previous case, the signatures of the service operations, as well as the network protocol are known at development time. However, the address of the speci c service is not known during code development. In this case, the consumer application is enabled to dynamically bind to different service instances by looking up services with a speci c name or property in the repository. For example, a consumer application looks up printing services with

you already have to pay. But you get some additional advantages that other sellers don t enjoy:

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different names, depending on the printer name selected by the user. Another example is the case where a printer service is selected based on properties such as the oor number and document type.

This extension was introduced to support push-to-talk applications in cellular networks The way this would work in a SIP network could vary depending on the implementation This header was introduced to provide a better experience for the subscriber using the application The intent is to minimize delay in the delivery of voice from the originator to the destination What is different about this service and standard voice calls is that the devices themselves often have the capability to auto-answer an incoming call This application works much like a walkie-talkie (think Nextel) and therefore needs a faster mechanism When using SIP, the destination device would have to return a 200 OK response prior to the voice being sent to the device This would introduce a bit of a delay To eliminate this delay, this extension was added The extension is used by the application servers supporting the push-to-talk application itself.

You pay only pennies for small Gallery photos, instead of the 35-cent fee charged to auction sellers. You get a place to promote your business and develop an identity through a name and logo. You get your fixed-price store sales included in keyword searches on Google and other search engines. You get the chance to do cross-promoting.

Runtime binding In this case, even the service speci cation (that is, the operations signatures) and the protocol are not known at development time. The client can still discover a service via properties such as oor number and document type, but with an unknown service interface. In this case, some kind of re ection mechanism must be implemented at the client side that enables the client to dynamically discover the semantics of the service and format of valid requests. This type of service discovery is the most complex and is not used often because it requires very complex client logic to dynamically interpret the semantics of an unknown service interface.

These servers are capable of receiving the voice packets in advance of the destination device s actually responding to the initial request The voice packets are buffered until the device has responded The servers supporting the destination devices will usually know if the device is configured to automatically answer an incoming push-to-talk call; therefore, when the servers receive an INVITE, the server will insert this header and forward the INVITE to the next hop The header is inserted in the response back to the requestor, informing it that it is acceptable to send the voice packets prior to a final response In this response the server includes this header indicating that it believes that the destination will be able to accept the invitation ( unconfirmed header value) and is configured for auto-answer.