The sub-problem that you will investigate further, and why you chose this over the other sub-problem. At least two realistic criteria for the chosen sub-problem and an explanation as to why these criteria should be met for the sub-problem to be considered resolved. At least two constraints for the chosen sub-problem that have been known to limit solutions to the sub-problem and an explanation of why these constraints exist. Prioritization of the criteria and constraints and an explanation supporting the decisions made based on research. There should be only one priority list that ranks the criteria and constraints together.

Q: a) Discuss the consequences of underfitting a model and over fitting a model.

A:

Q: Determine which system model is most applicable to a given set of conditions.

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A: All the answers are given below with explanation.

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Q: In the process of requirement engineering, there are three primary actions: elicitation,…

A: Requirement engineering is the process of gathering, analyzing, documenting, validating, and…

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Q: An optimum solution only applies to a mathematical model that represents the issue

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System Model Approaches

The systems model approach is a process-oriented representation that emphasizes the impact or flow of information between modules. The multidisciplinary study of the use of models to design and create systems in business and IT development is known as systems model approach. It models how processes interact and what these processes do, but it does not go into detail about how these processes are implemented. Functional decomposition may be utilized to enhance the models employed in this technique, and they can be coupled to requirements models for additional system partitioning.