Q. Which model is used to compute the effort required to integrate reusable components or program code that is automatically generated by design or program translation tools?

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Q. The COCOMO model takes into account different approaches to software development, reuse, etc.

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Q. Which of the following uses empirically derived formulas to predict effort as a function of LOC or FP?

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Q. The empirical data that support most estimation models are derived from a vast sample of projects.

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Q. Which version of COCOMO states that once requirements have been stabilized, the basic software architecture has been established?

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Q. Which model was used during the early stages of software engineering, when prototyping of user interfaces, consideration of software and system interaction, assessment of performance, and evaluation of technology maturity were paramount.

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Q. Which one is not a size measure for software product?

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Q. COCOMO was developed initially by

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Q. Estimation of size for a project is dependent on

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Q. COCOMO-II was developed at

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Q. Which one is not a stage of COCOMO-II?

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Q. Why is decomposition technique required?

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Q. Cost and effort estimation of a software uses only one forms of decomposition, either decomposition of the problem or decomposition of the process.

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Q. If a Direct approach to software project sizing is taken, size can be measured in

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Q. Which software project sizing approach develop estimates of the information domain characteristics?

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Q. The expected value for the estimation variable (size), S, can be computed as a weighted average of the optimistic(Sopt), most likely (Sm), and pessimistic (Spess) estimates given as

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Q. How many forms exists of Barry Boehm’s COCOMO Model?

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Q. Who suggested the four different approaches to the sizing problem?

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Q. In many cases, it is often more cost effective to acquire, rather than develop, computer software.

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Q. A make-buy decision is based on whether

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