Titlebook: Systems Engineering; Building Successful Howard Eisner Book 2011 Springer Nature Switzerland AG 2011

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Analysis,chapter’s design work. As such it is necessarily limited. But at the same time, due to its narrow scope and perspective, the analysis can address the matter of which architecture has the highest levels of performance and effectiveness. Ultimately, we are interested in selecting a preferred architect

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CLIFF

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Other Analysis Relationships,ips tend to be focused on calculations of the system technical performance measures rather than on evaluating alternative systems architectures, as in the analysis of Chapter 12. They also tend to relate to some of the modeling and simulation methods examined in Chapter 15.

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GEM

Risk Management,echnology is not yet mature or ready, the risk to all is increased. This “technology risk” leads to one or more of what we might call the four generic risks in a system:.In this chapter, we examine various approaches to limit these risks, otherwise known as risk management (RM). We also note that as

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Measures and Parameters,sents a serious part of having the appropriate “tools of the trade.” We need to make these measurements, so that we can be precise and correct about what it is that we are building. We need these measurements, also, to prove to our customers (and ourselves) that we have satisfied their requirements.

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Functional Decomposition,what” is to be part of the system and not the “how” each function is to be built. This distinction is very important. We do not want to pre-judge the technical solutions, which are to be defined later in the design process. Some examples of functional decomposition follow.

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