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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

4:

For each given value of x, the values of the response variable y are independent and normally distributed For each given value of x, the standard deviation of y is the same The mean response of the y-values for the fixed values of x are linearly related by the equation y = a + bx

One thing is clear We are not going to scrap the Internet and the Web and create an entirely new infrastructure for XML When gopher arrived, nothing changed on the original Internet Gopher was added on top The same was true with HTML and the Web And the same is true with XML and its various vocabularies The existing standards and protocols are proven, they are debugged, and they work WAP will not replace HTML, XHTML, and XML; it will sit on top or on the side We do not want to take the risk of fixing something that is not broken What about all the different vocabularies and dialects that B2B is propagating The last count was quickly approaching 600 different DTDs and schemas Capitalism may come to save the day One of the nice things about capitalism is that it is politically blind It works on simple economic contingencies It does not care about political dogma Therefore, any industry that wants to participate in B2B e-business will have to conform to an open XML vocabulary to exchange data In fact, as B2B gains more global influence, participating countries will have to fit in, too A closed or proprietary XML vocabulary will tend to isolate the owner, rather than provide a significant competitive advantage Today, communications is the cost of doing business on the Web With XML, communications will be even more open tomorrow

The current ANSI-41 network reference model also supports wireless intelligent network (WIN) functionality and is specified in TIA/EIA TSB100 The following functional entities were added to support WIN:

Intelligent peripheral (IP, not to be confused with Internet protocol) Service control point (SCP) Service node (SN)

Note that these functional entities were originally specified in the Bellcore Advanced Intelligent Network (AIN) specification for wire-line intelligent network (IN) functionality in the late 1980s These functional entities provide the distributed network intelligence required to support the IN call models, trigger points, and call treatment to provide new and efficient services to subscribers Since WIN functionality requires many of the same characteristics of the wire-line IN network reference model, it made sense to include these same functional entities in the ANSI-41 network reference model Figure 48 shows the additions to the ANSI-41 network reference model to support WIN capabilities Although WIN functionality is explicitly specified in TIA/EIA/IS-771, and not ANSI-41, it is worth mentioning due to its close relationship to, and involvement in, the ANSI-41-based MSC and HLR Intelligent Peripheral The intelligent peripheral (IP) is a functional entity that performs special resource management functions required to treat a call in a specific way For example, a voice-mail system can be considered an IP, as are systems that provide voice announcements, interactive voice and response systems, and digit-collection systems IP is a very broad term, so a wide variety of services and devices, used to manage the resources to treat certain calls in special ways, may be considered intelligent peripherals in this model Service Control Point The service control point (SCP), in the broadest sense, is a functional entity that performs real-time database and transaction processing

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website