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Figure 47 shows the current ANSI-41 network reference model The most prominent changes from the previous model are the addition of functional entities supporting wireless number portability (WNP), overthe-air service provisioning (OTASP), and support for interconnection from the wireless network to a public packet-switched data network (PPDN) Number portability is a set of functions that supports the ability of a wireless subscriber to retain a directory number (ie, the MIN) in the event that that subscriber changes wireless carriers within the same local region This portability can also extend to wire-line directory numbers In essence, it allows the subscriber and not the service provider to own the local directory number so that this number can be used regardless of which local wireless or wire-line service provider is used Over-the-air service provisioning is a set of functions that supports the initial and subsequent programming of the MS over the air (ie, the radio interface) Typically, mobile stations require manual programming of MINs, SIDs, and other activation parameters to enable network access and turn-on the subscription OTASP enables this programming to be performed by the wireless service provider remotely and over the air, without the manual intervention of a qualified dealer

a standard in isolation because suppliers and vendors will also use the standard Some universal standard will be needed as a foundation for industrystrength development Parallel development of XML may provide a strong evolutionary environment Standards will facilitate the general exchange of information, while proprietary DTDs will provide a competitive advantage And all companies would like to create their own set of standards So, trade-offs will occur as XML standards evolve In fact, entire nations may be involved

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authentication center base station customer service center equipment identity register home location register integrated services digital network interworking function message center mobile station mobile switching center number portability database over-the-air service provisioning function public packet data network public switched telephone network short message entity visitor location register

Figure 47 The current ANSI-41 network reference model (from TIA Subcommittee TR452) The interfaces in bold represent the interfaces that are standardized in ANSI-41

Nations may negotiate new trade agreements to support XML-based international commerce The same functionality that facilitates sharing of data may encourage exchanging personal data about consumers While the release of personal buying habits may be considered only an annoyance in the United States, European government privacy laws are less provincial and more strongly enforced Rather than violate these laws, European corporations might not participate in some of the XML standards and opportunities Without an international agreement that protects consumer privacy, a clear solution is not apparent

You probably don t want to do this computation by hand, but you could! Note that this technique usually results in a noninteger number of degrees of freedom In practice, since most people will be constructing a two-sample confidence interval using a calculator, the second method above (referred to as the computed by software method in the box above) is acceptable Just be sure to report the degrees of freedom as given by the calculator so that a reader knows that you used a calculator example: An airline is interested in determining the average number of unoccupied seats for all of its flights It selects an SRS of 81 flights and determines that the average number of unoccupied seats for the sample is 125 seats with a sample standard deviation of 39 seats Construct a 95% confidence interval for the true number of unoccupied seats for all flights solution: The problem states that the sample is an SRS The large sample size justifies the construction of a one-sample confidence interval for the population mean For a 95% confidence interval with df = 81 1 = 80, we have, from 39 = (1164, 1336) Table B, t =1990 We have 125 (199) 81 If the problem had stated that n = 80 instead of 81, we would have had df = 80 1 = 79 There is no entry in Table B for 79 degrees of freedom In this case we would have had to round down and use df = 60, resulting in t = 2000

Public packet-switched data network interconnectivity is designed to support a circuit-switched to packet-switched interworking function

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