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If the reader wishes to embed the SHAMPU phase structure of Table 4.1 and the ideas developed in the rest of this book in a process de ned by RAMP, three things need to be remembered: 1. The search for risk ef ciency in RAMP could be more explicit. The concept of risk ef ciency is not addressed explicitly, but it is implicit in the de nition of risk adopted (Lewin 2002, p. 62) and in the step structure. Managing upside risk and uncertainty more generally also needs more emphasis. 2. The RAMP process embraces the PLC of the project and the PLC of the risk management process in a joint manner, but it may be useful to decompose them in the way this book and the PRAM Guide do, conceptually if not operationally. 3. The focus phase could be more explicit. Drivers of the focus phase other than the PLC should not be forgotten, and simplicity ef ciency considerations could be explicitly developed.

After de ning and arranging the modules, there should be enough blocks to build any use case possible for the application Ideally, the number of blocks/ modules can be reduced even further after viewing the entire information ow within the application as modeled by the block diagram Ultimately, there should be a smooth information ow along the use cases, and one should be able easily to de ne the interfaces between them A helpful measure is the number of use cases per module It is important to have each module used in multiple ( ve to ten) use cases This measure indicates which modules are highly used and which are not To track how this measure changes over time, the number of use cases per module should be plotted During the design, the number of use cases per module is a measure of code reuse.

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We shall solve this equation using Laplace transforms. As a Laplace transform, the differential equation becomes:

Again, this audit is comparing the actual practice of taxation in the payroll department to the regulations to detect any out of compliance situations and should not be confused or combined with any other internal or external audit. This audit can take a long time to complete if done thoroughly. As with the wage and hour audit, the results of this audit should be documented. If a practice or procedure is found to be out of compliance, this should be brought to the attention of management if the payroll manager does not have the authority to

After the application is implemented, this measure can be derived directly from analyzing the source code In some cases, well-functioning code can be reused in another application If there are two separate applications that each comprise 1 million lines of code but share 800,000 lines of code, there is a high ratio (80%) of.

[KAR 69] K ARP RM and M ILLER RE, Parallel program schemata , Journal of Computer and System Sciences, vol 3, no 2, pp 147 195, 1969 [KOS 82] KOSARAJU SR, Decidability of reachability in vector addition systems , Proc 14th ACM Symp Theory of Computing (STOC 82), San Francisco, CA, pp 267 281, May 1982 [LAM 92] L AMBERT JL, A structure to decide reachability in Petri nets , Theoretical Computer Science, vol 99, pp 79 104, 1992 [LIP 76] L IPTON R, The reachability problem requires exponential space, Report no 62, Department of Computer Science, Yale University, January 1976 [MAY 81] M AYR E and M EYER A, The complexity of the nite containment problem for Petri nets , Journ Assoc Comput Mach, vol 28, pp 561 576, 1981 [MAY 84] M AYR EW.

, An algorithm for the general Petri net reachability problem , SIAM Journal of Computing, vol 13, pp 441 460, 1984 [PAP 94] PAPADIMITRIOU CH, Computational Complexity, Addison-Wesley, Reading, MA, USA, 1994 [PET 81] P ETERSON JL, Petri Net Theory and the Modelling of Systems, Prentice Hall, 1981 [RAC 78] R ACKOFF C, The covering and boudedness problems for vector addition systems , Theoretical Computer Science, vol 6(2), pp 223 231, 1978 [REI 95] R EINHARDT K, Reachability in Petri nets with inhibitor arcs, Unpublished manuscript reachable via www-fsinformatikuni-tuebingende/ reinhard, 1995 [REU 89] R EUTENAUER C, Aspects math matiques des r seaux de Petri, Etudes et recherches en informatique, Masson, 1989 [SCH 92] S CHWER S, The Context-freeness of the languages associated with vector addition systems is decidable , Theoretical Computer Science, vol 98, pp 199 247, 1992.

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We saw in section 4.2.3 that the phase-to-phase fault clear of earth is:

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