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notation) a curve of Petermann Tager points (denoted PT) emerges from a mode degeneracy point MD on the saddle-node curve. Apart from the oscillations associated with the curve PT, there is also a second type of oscillations with a frequency close to the relaxation oscillation frequency of the solitary laser; the authors call it dispersive self Q-switching (DQS) pulsations due to their similarity with pulsations in two-section DFB lasers. The Hopf bifurcation condition is derived from the characteristic equation (the equivalent of Equation (5.22)) and analyzed by scaling methods in the limit of small = /T . Good agreement is found between these theoretical results and a numerical continuation of the Hopf bifurcation condition; see Figure 5.5 where the DQS Hopf curve is in good agreement with the asymptotic dashed curves emerging from the point MD of mode degeneracy. A full bifurcation analysis of the characteristic equation Equation (5.22) has not been performed. The next step of presenting a geometrical picture of the bifurcation set in Cp P -space of all bifurcations of ECMs is the topic of an ongoing project. This bifurcation set can be seen as the ECM-backbone of the COF laser, and it will be presented elsewhere.

The createInDatabase method has a large try-catch block around all its database code; within this there is a synchronized block so that only a single thread may use the connection. The first part of the code deals with the update of the membership number record; the second part deals with the creation of a new member record. The database connection had auto-commit disabled in the init method; consequently, the first database operation acts as an implicit start transaction, and there is an explicit commit (end transaction) after all operations are performed.

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The main difference between Figure 14.4 and Figure 14.7 is that there are more distinctly different groups of computers with distinctly different tasks. The identi cation of the different groups becomes more dif cult as the number of different tasks multiplies and, in some cases, overlap. We suggest an approach to identifying these groups that works well but is not the only successful way. As long as the rationale behind your approach is technically consistent and reasonably unambiguous, your test planning can succeed. We suggest grouping the Figure 14.7 components into three tiers: browser tier, security tier, and application tier. Figure 14.8 shows the grouping of components into these three tiers. The browser tier in the 3-tier example is analogous to the client tier in the 2-tier example. It provides the end-user screen interface for running the application. The security tier in the 3-tier example is analogous to expanded tier-to-tier connectivity functionality in the 2-tier example. The application tier in the 3-tier example is analogous to the server tier in the 2-tier example. As we saw with the 2-tier example, the secret of test planning success is the test team s involvement in and understanding of the development team s functional design of each tier. For example, some development teams might design the web home page server as mainly a security function like logging onto the web application, basically

C. Some of the vendors received more information about the bid request than the others did. D. Some of the bidders on the vendor list were not capable of responding effectively to the bid based on their business model and the product being requested. Answer: A The correct answer is A. All of these situations are cause for concerns over the bidding process from an IS auditor s perspective, but the most egregious violation of best practice is to have chosen a vendor solution before the problems were formally defined and documented. The other items listed also should be investigated for mitigating controls or valid explanations, but without a problem definition the solution is driving the problem and not the other way around. 18. Which of the following is not a risk associated with the decision to use a vendor software solution A. The risk that the vendor might discontinue support of a product that is mission critical to the business B. The risk that the costs and contract provisions might adversely impact the business model in the long term C. The risk that in-house support expertise might be insufficient to adequately address ongoing support and maintenances need of the product D. The risk that business needs for enhancements and corrections might not be addressed in a timely manner Answer: C The correct answer is C. In-house expertise needs for support and maintenance are greatly reduced by the use of a vendor package solution compared to developed applications, making this answer a risk that is not associated with vendor solutions. The other answers are all considerations of risk that need to be assessed if vendor solutions are being considered.