👉 Intervals engineering is an advanced field within control systems and signal processing that focuses on the precise design and implementation of control systems to manage time-varying or non-stationary processes. It involves creating mathematical models and algorithms that can adapt to changes in system dynamics over time, ensuring optimal performance even when the process parameters fluctuate. This approach is particularly useful in applications like robotics, aerospace, and power systems where conditions are constantly changing. Intervals engineering combines concepts from numerical analysis, optimization, and control theory to develop robust controllers that maintain stability and performance across a range of operating intervals. By leveraging interval arithmetic, which provides guaranteed bounds on computational results, engineers can design systems that are resilient to uncertainties and variations in the environment, ensuring reliable operation under diverse conditions.
