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using the ShortMessageDeliveryPointToPoint message In TDMA systems, these acknowledgments are sent between the serving system and the OTAF using the OTASPRequest message Initiate SSD Update This procedure is identical to the TDMA-based OTASP SSD update procedures Refer to the Initiate SSD Update procedure within the OTASP Automatic Roaming Functions for TDMA-based Networks section of this chapter Reauthentication to Send Encryption Parameters As part of OTASP, the network can optionally perform a reauthentication procedure for the purpose of invoking signaling message encryption and voice privacy This is done after the A-key is generated and the SSD is updated for the MS These procedures are identical to the procedures described in 11, except that they are initiated by the OTAF using the ShortMessageDeliveryPointToPoint and OTASPRequest messages The primary reason for this procedure is to encrypt the voice and signaling channels for the exchange of a subscriber s personal information to activate the subscription For example, voice privacy should be used if the subscriber is providing a credit card number to the customer service representative at the CSC during an activation conversation Alternatively, this process can be automated, since the subscriber may enter the credit card number via the keypad on the MS This would require signaling message encryption to keep this information secure Other subscriber information that should be kept secure includes the social security number, driver s license number, and home address information, if these are required to activate the subscription Committing the A-key This procedure is identical to the TDMA-based OTASP commit A-key procedures Refer to the Committing the A-key procedure within the OTASP Automatic Roaming Functions for TDMA-based Networks section of this chapter

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'message', 'timestamp', 'priorityName', 'request', 'host',

15:

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are parallel, they can be routed together down a higher-level LSP tunnel between LSRs in the network Labeled packets entering the higher-level LSP tunnel are given an additional label to see them through the network and retain their first-level labels to distinguish them when they emerge from the higher-level tunnel This process of placing multiple labels on a packet is known as label stacking and is shown in Figure 4-2 Label stacks enable a finer granularity of traffic classification between tunnel ingress and egress nodes than what is visible to the LSRs in the core of the network, which only need to route data on the basis of the topmost label in the stack This helps to reduce the size of the forwarding tables that need to be maintained on the core LSRs and the complexity of managing data forwarding across the backbone In Figure 4-2, two LSPs, between LSR A and LSR E and between LSR B and LSR E, shown as red and blue labels, are transparently tunneled across the backbone network in a single outer LSP between LSR C and LSR E At the ingress to the backbone network, LSR C routes both incoming LSPs down the LSP tunnel to LSR E, which is the egress from the backbone To do this, it pushes an additional label onto the label stack of each packet (shown in white) LSRs within the backbone, such as LSR D, are only aware of the outer tunnel, shown by the white labels Note that the inner labels are unchanged as LSR C and LSR D switch the traffic through the outer tunnel At the egress of the outer tunnel, the top label is popped off the stack and the traffic is switched according to the inner label In the example shown, LSR E also acts as the egress for the inner LSPs, so it also pops the inner label and routes the traffic to the appropriate host The egress of the inner LSPs could be disjoint from E in the same way that LSR A and LSR B are separate from LSR C Equally, an LSR can act as the ingress for both levels of LSP A label stack is arranged with the label for the outer tunnel at the top and the label for the inner LSP at the bottom On the wire (or fiber), the.

CDMA-based ANSI-41 networks do not specify a particular SMS application teleservice for OTASP Instead, they use ShortMessageDeliveryPointToPoint message procedures to transfer the NAM activation parameters to the mobile station This process is known as OTASP data exchange

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