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Wireless Telecommunications Network Reference Models
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Introduction to Wireless Telecommunications
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example would be a database of the electronic serial numbers (ESNs) of mobile equipment along with the status of that equipment Such a database could assist in preventing stolen or fraudulent equipment from being used to access network services However, the functions of the EIR are not defined in any TIA standard Public Switched Telephone Network The public switched telephone network (PSTN) is the functional entity that represents a network completely separate from the wireless telecommunications network The PSTN refers to the regular wire-line telephone network that provides service to the general public The PSTN is commonly accessed by ordinary telephones, key telephone systems, private branch exchange (PBX) trunks, and data transmission equipment The interface between the MSC and the PSTN represents the capabilities to originate calls from wireless phones to wire-line phones and to terminate calls from wire-line phones to wireless phones Integrated Services Digital Network The Integrated Services Digital Network (ISDN) is the functional entity that represents a network completely separate from the wireless telecommunications network It refers to the wire line network that provides enhanced digital services over special digital transmission lines to special digital terminals The ISDN is commonly accessed by computer terminals and switching equipment employing digital adapters that interpret the ISDN digital signals to provide high-speed and broadband services The interface between the MSC and the ISDN represents the capabilities to originate calls from wireless phones to destinations within the ISDN (eg, voice-mail systems) and to terminate calls from the ISDN to wireless phones
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Original ANSI-41 Interface Reference Points
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Table 41 shows the interface reference points specified in the original ANSI-41 network reference model (ie, in IS-41-A and IS-41-B) There are more interfaces and functional entities included in the model than are actually addressed by the IS-41 intersystem operations IS-41-A and IS-41-B addressed intersystem operations for the B, C, D, and E interfaces only The other interfaces were depicted on the model for the following reasons:
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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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Wireless Telecommunications Network Reference Models
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To show the need for future standardization in subsequent revisions of IS-41 To show the need for future standardization in other specifications related to IS-41 To show the relationship of other standard interfaces to the IS-41 protocol
TABLE 41 The Original Interface Reference Points in IS-41-A and IS-41-B (Interfaces in Bold Represent Interfaces Standardized in Both IS-41-A and IS-41-B)
IS-41-A/IS-41-B Interface A interface Ai interface B interface C interface D interface Di interface E interface F interface G interface H interface Sm interface Um interface
Functional Entities Using the Interface BS MSC MSC PSTN MSC VLR MSC HLR HLR VLR MSC ISDN MSC MSC MSC EIR VLR VLR HLR AC within CSS CSS BS
The interfaces that have since been standardized (ie, in ANSI-41 or related standards) are the A, Ai, Di, and H interfaces The interfaces that have not been addressed are the F, G, and Sm interfaces The functionality that can be provided by the F and G interfaces (ie, the MSCEIR and VLR-VLR interfaces, respectively) is not yet a necessity for wireless telecommunications The Sm interface defines functionality within the CSS only, and was determined to be beyond the scope of network standardization The other standard interfaces that relate to ANSI-41, but are not within its scope, are the radio system interfaces The interfaces related to the radio systems the A, Sm, and Um interfaces, are included in the model for the following reasons:
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