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The GFP is concerned only with the logic necessary to realize services, not with the functional entities that run these processes or with how they communicate. Where and how SLP and BCP run are progressively detailed in the next two planes. Distributed Functional Plane. The DFP looks at the IN as a collection of functional entities (FEs) that perform functional entity actions (FEAs) and exchange information ows (IFs) over relationships. Functional entities are the logical (functional) elements that perform the functions necessary to implement SIBs. This view is still an abstraction, as FEs represent functions and do not necessarily map one-to-one to physical entities. Information ows represent the abstract functional view of messages exchanged between FEs, and relationships are the abstract functional view of connections (links) between FEs [5]. Examples of FEs are:

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Figure 2.7 illustrates a multi-domain model while Figure 2.8 illustrates a single domain implementation.

The selection of the most effective transmission system for a given application must be made in the context of a number of key design considerations. Such considerations include general transmission characteristics such as bandwidth and error performance, both of which affect throughput. Additionally, you must consider the allowable distance between devices as well as issues of propagation delay, security, mechanical strength, physical dimensions, and speed of deployment. Finally, and perhaps most importantly, consider local availability and cost, including cost of acquisition, deployment, Operation and Maintenance (O&M), and upgrade or replacement.

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Each code block can contain one or more Perl statements that are executed depending on the outcome of each condition. Only one code block is executed in the if-then-else statement. Here s a quick example of this:

9: Evolution.....................................................................................................................227

Figures 6.38 and 6.39 show the quad phases VCO with current re-use. As mentioned in Section 6.4.5, a VCO buffer must be designed for the four terminals, Ip , In , Qp , and Qn, of the quad-phase VCO as shown in Figure 6.38. The coupling transistors in Figure 6.38 function as coupling parts only, and nothing else. The coupling transistors in Figure 6.39 function not only as coupling parts but also as buffer stages. Consequently, it may not be necessary to design a buffer for the quad phase VCO. It is therefore concluded that the quad-phase VCO as shown in Figure 6.39 is more economic than the quad phase VCO shown in Figure 6.38. It should be noted that in both Figures 6.38 and 6.39, the capacitors are varactors with control voltages, Vbias and Vtune. The VCO operating frequency can be adjusted

While developing Sesame, many ambiguities in the RDFS speci cation were uncovered. One of the reasons for this is that RDFS is de ned in natural language: no formal description of its semantics is given. As a result of this, the RDFS speci cation even contains some inconsistencies. In an attempt to solve these ambiguities, the RDF Core Working Group has been chartered to revise the RDF and RDFS speci cations. One of the results is a formal Model Theory for RDF (Hayes, 2001), which speci es model and schema semantics more precisely and includes a formal procedure for computing the closure of a schema. As mentioned in Section 5.4, the SQL92SAIL features an inference module that follows the procedure described in the model theory. Our experiences are that a naive implementation of this formal procedure is painfully slow, but with relative ease it can be optimized to perform quite satisfactorily. Improving this performance even further is currently work in progress.

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