SIMULATION - Fill in the blank with an appropriate phrase.
models address specifications, requirements, design, verification and validation, and maintenance activities.
Life cycle.
A life cycle model helps to provide an insight into the development process and emphasizes on the relationships among the different activities in this process.
This model describes a structured approach to the development and adjustment process involved in producing and maintaining systems.
The life cycle model addresses specifications, design, requirements, verification and validation, and maintenance activities.
The blank should be filled with the phrase "Software Development Life Cycle (SDLC)."
The statement implies that the models in question address various activities involved in software development. These activities include addressing specifications, requirements, design, verification and validation, and maintenance. This sequence of activities is typical of the SDLC, which is a well-known process used in the software industry to guide the development of software systems.
The SDLC is a framework for software development that divides the entire process into different phases, each with a specific set of objectives and activities. The phases typically include planning, analysis, design, implementation, testing, and maintenance.
In each phase of the SDLC, different models or techniques can be used to address the different activities involved. For example, in the planning phase, a feasibility study may be conducted to determine whether the project is viable or not. In the analysis phase, requirements gathering techniques may be used to determine what the software system should do. In the design phase, various models may be used to create a detailed blueprint of the system. In the implementation phase, coding and testing may take place. Finally, in the maintenance phase, the software is modified and updated as needed to meet changing requirements or to fix any bugs or issues that may arise.
By using the SDLC, software development teams can ensure that software systems are developed in a systematic and controlled manner. This helps to minimize errors, reduce development costs, and ensure that the software system meets the needs of its users.