Description: Dynamic modeling is an analytical approach that focuses on representing systems that change over time. Unlike static models, which provide a snapshot of a system at a specific moment, dynamic modeling allows for the observation of how variables interact and evolve based on different conditions and over extended periods. This type of modeling is essential in various fields, including applied statistics, systems engineering, and computational modeling, where the aim is to understand patterns and trends in temporal data. The main characteristics of dynamic modeling include the ability to simulate future scenarios, the incorporation of feedback loops, and the consideration of uncertainty in projections. Its relevance lies in its application in informed decision-making, as it enables analysts and policymakers to foresee the impact of different strategies and changes in the environment. In summary, dynamic modeling is a powerful tool for understanding and managing the complexity of ever-changing systems, facilitating a more comprehensive and accurate view of reality.
