Description: Transitional analysis is a methodology that focuses on studying changes in the state of a system over time. This approach is fundamental in model optimization, as it allows for understanding how variations in initial conditions or system parameters can influence its behavior and performance. Through this analysis, patterns, trends, and critical points essential for informed decision-making can be identified. Transitional analysis relies on the collection and processing of historical data, as well as the simulation of different future scenarios. This enables analysts to model the behavior of the system under various conditions and optimize its functioning. Furthermore, this type of analysis is particularly useful in complex systems where multiple variables interact with each other, making the prediction of outcomes a challenge. In summary, transitional analysis is a powerful tool that helps researchers and professionals understand and improve the dynamics of systems over time, facilitating optimization and efficiency in various technological applications.
