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generics have been mapped in the architecture The configuration can be specified as shown in the following:

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7:

technique is described in ITU-T Recommendation I130 The three stages of the process are: 1 Describe the service from the user s perspective 2 Derive a functional model for the service in terms of (a) the information flows between the functional entities involved in the service and (b) the actions required of these functional entities in order to provide the service to the user 3 Design protocols and procedures that realize the functional information flows and actions derived in stage 2

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CONFIGURATION decode_gen_con2 OF decode IS FOR structural FOR i1, i2 : inv USE ENTITY WORKinv(inv_gen); END FOR; FOR a1, a2, a3, a4 : and3 USE ENTITY WORKand3(and3_gen); END FOR; END FOR; END decode_gen_con2;

Application of the Three-stage Process to ANSI-41

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The I130 three-stage process is an example of a standards development tool in a constant state of refinement The application of this tool to ANSI-41 is no exception: Some parts of the I130 process have been kept as is, while others have been modified to better suit ANSI-41 The following sections describe some of the key differences and similarities between the I130 and ANSI-41 processes Stage 1 Service Description While stages 2 and 3 are embodied in ANSI-41, the stage 1 cellular service descriptions associated with ANSI-41 are specified in a separate standard, known as ANSI/TIA/EIA-664 (ANSI-664) Separating the user perspective in stage 1 from the network aspects in stages 2 and 3 is a step in the right direction This separation is one component of the three-stage process almost universally adopted by telecommunications standards committees throughout the world The effect is to divorce, insofar as possible, service definition from implementation constraints User needs are given priority over the limitations of the network The result is a more market-driven development process for new service standards than would be the case if the service definition were constrained by current network limitations Creating a separate stage 1 standard also enables the parallel development of the network and air-interface standards There remains the need for coordination between the various standards groups, but each should be working to fulfill the common requirements defined in stage 1

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The lower-level configuration cannot specify values for the generics if the architecture has mapped values to the generics in the architecture

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Part 2:

The method of specifying generic values with the most flexibility is to specify generic values in the configuration for the entity This method allows the latest binding of all the methods for specifying the values for generics Usually, the later the values are specified, the better Late binding allows back-annotation of path delay generics to occur in the configuration For instance, there are a number of steps involved in the design of an ASIC Following are the steps required: 1 Create the logic design model of a device 2 Simulate the model 3 Add estimated delays to device model 4 Simulate model 5 Create physical layout of the model 6 Calculate physical delays from the layout 7 Feed back physical delays to the device model 8 Resimulate using actual delays The process of feeding back the physical delays into the model can be accomplished by modifying the architecture or by creating a configuration

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The ANSI-664 stage 1 service definitions are structured similarly to those of the ITU-T approach specified in Annex A of ITU-T Recommendation I210 Each service is defined by using the following basic format:

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Normal procedures with successful outcome Exception procedures or unsuccessful outcome Alternate procedures Interactions with other cellular services

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