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The Dynamic Systems Development Method (DSDM) is a five-step process for computer system development, including feasibility, business, functional model iteration, design, and implementation. The method uses incremental prototyping and user feedback to adjust the system output until it meets the required needs.
The dynamic systems development method, or DSDM, is a process that computer system developers can use to create new computer systems. The name of the method includes the word dynamic because it is an ever-changing method or dynamic approach to systems development. The dynamic systems development method includes a five-step process: feasibility, business, functional model iteration, design, and implementation.
During the feasibility phase of the dynamical systems development method, the problem or problem is identified. In other words, the system that will be developed will fix or solve the problem or problem presented during this stage of the process. During this phase, the method checks whether the application should be developed with the Rapid Application Development (RAD) approach, which uses incremental prototyping. If the RAD approach is appropriate, the dynamic systems development method can continue into the enterprise stage.
The commercial phase of the method requires a match between the requirements of the company for which the system was developed and the information that the system can provide. As long as the system can provide what the business needs, system development can continue to stage three, which is the functional model iteration stage.
The iteration phase of the functional model involves the construction of the system prototype. System users then evaluate the prototype to ensure that the information output is the information the business seeks. After running the tests on the prototype, the user then provides feedback to the developer to make changes or modifications as needed to adjust the system output. The functional model iteration phase is typically split into two or three trials until the system and all subsequent software programs associated with the system meet the required needs.
Once the model is brought to its final stage, the next stage of the dynamical systems development method is the design stage. During the design phase, the model is designed into the real system. In other words, the system and any software used with the system are brought to the final stage.
The final stage of the dynamical systems development method is the implementation stage. This is when the system and software are tested as a final product for any new bugs or bugs that have not been fixed between the model and the design phase transition. Once tested, the system is implemented and implemented fully across the board.
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