In a manner characterized by repetition or a cyclical process, where a task or calculation is performed multiple times, with the results of each iteration influencing the next. Iterative processes typically involve refinement and improvement with each cycle, gradually approaching a desired outcome. This contrasts with processes that aim for a single, complete solution at once. iteratively emphasizes a step-by-step approach, allowing for adjustments and learning based on feedback from previous stages. It's fundamental to many problem-solving strategies, software development models, and scientific investigations.
Iteratively meaning with examples
- The software engineer worked iteratively on the program, releasing updates after each sprint to gather user feedback and incorporate necessary improvements. Each iteration refined functionality, leading to a more polished final product that met evolving user requirements better.
- To learn the complicated song, the pianist approached playing the piece iteratively. They began by practicing the measures that were more easy, before increasing the difficulty of the practiced portion, resulting in smooth sections.
- Researchers analyzed the data iteratively, creating models and refining them based on new findings. This cycle of testing and adjustment allowed them to develop a more accurate representation of the studied phenomenon. Each step yielded refined information.
- The designer iteratively created the prototype, modifying the plan with each change, considering the performance feedback, until it met the needs. The process allowed for course-corrections along the way, and ensured it functioned optimally.
- The project manager tackled the project iteratively, breaking it down into smaller phases, allowing for evaluation after each phase. This approach enabled the team to adapt to changing circumstances and maintain momentum, minimizing risks.