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The AIN was a concept promoted by large telephone companies throughout the 1980s to promote their architecture for the 1990s and beyond. Two consistent themes characterize the AIN. One is that the network can control the routing of calls within it from moment to moment based on some criteria other than that of finding a path through the network for the call based on the dialed number. The other is that the originator or receiver of the call can inject intelligence into the network and affect the flow of the call. That intelligence is provided through the use of databases in a network. The foundation of the AIN architecture is SS7 (see Figure 2-8). SS7 enables a wide range of services to be provided to the end-user. An SCP is a network entity that contains additional logic and that can be used to offer advanced services. To use the service logic of the SCP, a switch needs to contain functionality that will enable it to act upon instructions from the SCP. In such a case, the switch is known as an SSP. If a particular service needs to be invoked, the SSP sends a message to the SCP asking for instruction. The SCP, based upon data and service logic that is available, will tell the SSP which actions need to be taken.9 How does AIN work A telephone caller dials a number that is received by a switch at the telephone company central office. The switch, also known as the signaling point, forwards the call over an SS7 network to an SCP where the service logic is located. The SCP identifies the service requested from part of the number that was dialed and returns information about how to handle the call to the signaling point. Examples of services that the SCP might provide include area number calling services, disaster recovery services, do not disturb services, and 800 toll-free and 5-digit extension dialing services.
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Figure 2-8 AIN release 1 architecture (Source: Telcordia)
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Collins, Michael. Carrier Grade Voice Over IP. New York: McGraw-Hill, 2001. p. 311.
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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
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The Public Switched Telephone Network (PSTN)
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The Public Switched Telephone Network (PSTN)
In some cases, the call can be handled more quickly by an intelligent peripheral attached to the SSP over a high-speed connection. For example, a customized voice announcement can be delivered in response to the dialed number or a voice call can be analyzed and recognized. In addition, an adjunct facility can be added directly to the SSP for a high-speed connection to additional, undefined services.10 SCPs have two complementary tasks. First, they host the application functionality on which service logic is installed after services are created. Secondly, the SCP controls functionalities developed by SCP vendors. The SCP contains programmable, service-independent capabilities (or service logic) that are under the control of service providers. As a separate offering, the SCP can contain service-specific data that can be customized by either service providers or their customers (at the service provider s discretion). In addition to its programmable functionality, the SCP provides SS7 interface to switching systems. A third element in the AIN architecture is the intelligent peripheral. Intelligent peripherals provide resources such as voice announcements, voice recognition, and DTMF digit collection. Intelligent peripherals support flexible interaction between the end user and the network. The two main benefits of AIN are its capabilities to improve existing services and to develop new services as sources of revenue. To meet these goals, service providers must introduce new services rapidly, provide service customization, establish vendor independence, and create open interfaces. AIN technology uses an embedded base of stored program-controlled switching systems and the SS7 network. At the same time, AIN technology enables the separation of service-specific functions and data from other network resources. This feature reduces the dependency on switching system vendors for software developments and delivery schedules. In theory, service providers have more freedom to create and customize services.11
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