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Wireless Telecommunications Standards
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Introduction to Wireless Telecommunications
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ice development) is chartered to develop standards that describe features and services from the network s perspective These standards describe the messaging between nodes in the wireless telecommunications network This standardized messaging is the basic mechanism that enables interoperation between equipment developed by different manufacturers WG3 (stage 3 feature and service development) is charged with developing standards that describe and define the details of the messages and parameters that support a feature or service Procedures for handling the messages and parameters are also standardized within this working group WG4 (message accounting) works on developing standards that enable the wireless telecommunications network to disseminate and transport the call details that are used for billing and accounting purposes WG5 (wireless intelligent networking) is chartered to develop standards that define and support additions to the wireless network that use additional intelligent networking technologies These technologies include the standardization of call models and event triggers, which enable calls to be treated in a variety of ways and make possible many enhanced features and services WG6 (international applications) is charged with developing standards that define and support radio and networking applications outside North America WG7 (interfaces to other telecommunications networks) works on developing standards that define and describe the interfaces between the wireless telecommunications network and other types of networks For example, interfaces between the wireless telecommunications network and the regular wire line network (ie, the public switched telephone network, or PSTN) have been developed within this working group The ANSI-41 standard is primarily developed within Working Groups 2 and 3 However, since the standards developed in each WG are usually based upon or affect the standards developed in other WGs and subcommittees, portions of ANSI-41 have been addressed throughout TIA Committee TR-45 Note that the responsibilities of working groups can and do change over time as existing standards evolve and the need for new standards arises
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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
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Source: Wireless Mobile Networking with ANSI-41
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Wireless Telecommunications Network Signaling
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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
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Part 1:
Introduction to Wireless Telecommunications
The ANSI-41 specification standardizes computer communications that provide signaling within and between wireless telecommunications networks Signaling is the primary mechanism used to transfer control information through the network This chapter provides an overview of wireless telecommunications networks and describes the different types of signaling used by the network to provide service to wireless subscribers
What is a Wireless Telecommunications Network
The wireless telecommunications network can be viewed from two perspectives:
A logical view, where the network is represented by a generic functional model A physical view, where the network is represented by the actual switches, specialized computers, and other equipment that comprise the nodes of the network
The logical view of the network is a method of describing network topology to simplify discourse and study The network topology is simply depicted as functional entities interconnected by branches Each functional entity represents one or more logical network functions while the branches represent a relationship between those functions In the logical view, there is no prescribed mapping of the functions and relationships to a physical implementation The physical view of the network is quite different From a physical perspective, the network is simply an organization of computer-based systems that are capable of intersystem communications These communications are accomplished by the interconnection of circuits between the specialized computing platforms So, what exactly is a wireless telecommunications network It is a conglomerate of physical equipment and communications facilities consisting of electronic computer-controlled switches, location registers, and other processing centers along with transmission circuits The circuits support efficient and intelligent communications among the pieces of equipment The connectivity among all these systems by communications transmission circuits provide the wireless telecommunications service accessed by subscribers These circuits represent the network
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
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