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Other de nitions for Petri net languages are possible. For instance, the kind of labeling can be restricted or the nal markings can be omitted. 3.2.2. Usual properties 3.2.2.1. De nition of properties The interest of a model lies in the possibility of formally de ning properties of the modeled system and checking these properties by algorithms or heuristics. In the case of Petri nets, the usual properties are related to the activity of a parallel system. These properties can be speci c to the parallelism or simply related to dynamicity. We illustrate these properties on the net in Figure 3.1. This net models two anonymous processes initially in the state Idle. Any process may choose between two behaviors: either get the resource A (modeled by PickA), and then the resource B and nish (PickAB is an abstraction of these two events), or get the resources in the reverse order.

The primary problems with these programs seem to be those involving the human interface. The time it takes to run the program and listen to the samples combined with the relative dullness of the samples mean that the users rapidly get tired and bored. This means that the programs need to be built to generate the samples relatively quickly, the samples need to be relatively short, the samples need to develop and evolve to be interesting quickly and of necessity the population size must be small.

This section describes a policy-driven self-healing strategy for MANETs. The basic idea is simple and has been discussed in earlier parts of this book: Policies are used to de ne responses that should be taken by the network management system to address a given root cause. Thus policies are used to tie together the monitoring aspect of the network management system (via fault

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n (RF harmonic number)

Functionality Source Control Software Con guration Management Source Control Design, Code Generation, Automated Testing Source control system

Usage:

In addition to documenting stand-alone patterns, we expect to see continued codification of patterns into full-fledged pattern languages. We also expect to see existing stand-alone patterns [GoF95] [POSA1] and compound patterns [Vlis98c] integrated into current or new pattern languages, as discussed in Section 6.2, A Pattern Language for Middleware and Applications. Conversely, as more experience is gained implementing larger architectural patterns, such as Reactor (179) and Proactor (215), we expect that smaller patterns, such as 'Event Demultiplexor' or 'Continuation-passing Event-driven System', will emerge. These patterns can help to improve the concrete realization of the larger architectural patterns by 'decomposing' them into smaller patterns. This decomposition process is yet another way to define pattern languages for the types of systems that follow the structure defined by architectural patterns that are being decomposed. The trend towards pattern languages stems from the confluence of two forces: As more patterns are documented, the coverage of patterns in certain domains is gradually becoming more complete. As the patterns in a domain become complete it is more likely that other patterns in these domains can build upon or expose relationships to existing patterns [Ris00a]. This synergism occurs because as new patterns are documented in a domain they often address issues or sub-problems related to existing patterns' problems. As these relationships become explicit, many patterns in a domain can be connected to form pattern languages.

adversarial one At the outset of the selection process, clients may attach a proposed form of the master outsourcing contract (without detailed exhibits such as scope of work, service level agreements, and pricing) to the RFP in order to evaluate which prospective vendors will accept the buyer s general terms and conditions Vendors who are unwilling or reluctant to accept the buyer s general terms and conditions without significant negotiation can be readily identified and disqualified The significance of the collaborative effort is not limited to the buyer vendor relationship, however This cooperation is also required among the members of the buyer team The contracting process requires that the buyer s lawyers and the personnel involved in the outsourced process work closely together BPO buyers should be sensitive to personnel issues in this process.

Fastenau, 241, 244 Fawcett, 20, 23 Feagans, 517 Fearon, 309 Feeley, 392, 393 Feng, 340 Fennell, 4, 9 Fenske, 336 Fernell, 100 Ferraro, 360, 366 Fey, 63, 392, 393] Fiala, 26 Fidler, 391, 392, 393, 397, 524 Fido, 340 Fiedler, 336 Fiez, 97 Filipek, 106 Fine, C., 105 Fine, J. G., 20 Finucane, 394 Fiorello, 12, 51, 518 Fisch, 394, 395, 396, 409, 435, 437 Fischer, 210 Fisher, R. S., 237, 238, 239 Fisher, S. E., 17, 18 Fishler, 497 Flanagan, 25, 41, 52 Fletcher, 15, 42, 46, 65, 181, 189, 191, 519, 520 Fletcher-Janzen, 25, 517 Flowers, 22, 43 Floyd, 63, 518 Flynn, 17 Folstein, 92 Fombonne, 89, 90 Ford, 90 Foster, D. W., 477 Foster, L. M., 21 Fowler, 244, 276 Francis, D. J., 15, 24 Francis, R. B., Jr., 275 Franco, 391 Franzen, 192 Frassetto, 364 Fredericksen, 149 Freeman, J. M., 238, 247, 249

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