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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:

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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Service control points (SCPs) are physical network elements in the SS7 signaling network They are essentially end-signaling points that use transaction capabilities (ie, the TCAP protocol) for direct access to application databases and other service processing functions A typical example of SCP functionality is the processing of toll-free 800-number calls Switches in the network send SS7 TCAP queries to SCPs, which access a database to translate the 800-number to the actual directory number of the called party This directory number is sent back to the requesting switch as a result of the TCAP query The switch can then route the call properly via the actual directory number provided Intelligent peripherals (IPs) are functional entities particular to intelligent networks IPs are typically responsible for providing resource service support functionality Examples of IP services are dialed-digit analysis and interactive voice response systems IPs are typically used for interactive voice-controlled services and in-call interactions with a subscriber; however, they are certainly not limited to this functionality Service nodes (SNs) are network elements that combine the functions of an SCP and an IP One of the most desired aspects of WIN is the concept of a service creation environment (SCE) The SCE is an intelligent network feature that enables a service provider to design, implement, and deploy new features by using a standard set of triggers and responses to those triggers A properly implemented SCE enables a wireless service provider to implement inexpensive, custom features and services for subscribers The WIN concept, along with an SCE, provides the following advantages to wireless service providers:

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Ability to integrate wireless and wire-line functions Simplified individual functional entities and their connectivity Optimized MSCs for basic switching rather than intelligent call processing Faster feature development Custom feature development Rapid introduction of advanced services A flexible service creation environment Uniform features and services in a multivendor network infrastructure environment

Wireless intelligent network functionality is specified in TIA/EIA/IS771, Wireless Intelligent Network This standard specifies the following primary functionality:

31 Basic Synopsis of MPLS 311 MPLS Forwarding/Label-Switching Mechanism 312 MPLS Label Distribution Mechanism 32 QoS Mechanisms 321 Per-Flow QoS Technology 322 Class-Based QoS Technology 323 Other QoS Technologies/Ideas 33 Details on QoS 331 IETF intserv Approach 332 Integration of RSVP and CR-LDP Signaling 333 Mapping Between intserv and CR-LDP Services 334 IETF diffserv 335 Traffic Management and QoS 336 Conclusion

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

Other Technologies Related to ANSI-41

From the preceding section, it should be clear that adopting REST architecture for an application, particularly with reference to the standard CRUD operations, involves two essential components:

19:

Other Technologies Related to ANSI-41

Addition of the SCP, IP, and SN functional entities Use of existing ANSI-41 and SS7 signaling Use of existing voice channel interconnections Enhancement of existing ANSI-41 intersystem operations for interfaces to new functional entities (ie, SCP, IP, and SN) New intersystem operations for service logic and service data access Originating call model Terminating call model Origination triggers Termination triggers Service-independent triggers for distribution of service logic

the standard HTTP methods;

139 140 142 145 147 151 151 152 152 153 161 163 172 174

Examples of the services and features that can be provided with WIN include:

Voice-controlled services, such as: speech-to-text conversion voice-based user identification voice-controlled dialing voice-controlled feature control Single-number service Calling name presentation Incoming call screening Virtual private networking

Wireless Local Number Portability (WNP)

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