The algorithm described provides high control performance when using it with classical PID-based cascade temperature control of jacketed batch reactors; however, it can be used with or as part of ...

This paper presents a design of temperature control system of adaptive control algorithm based on characteristic model. In this paper, compared with the commonly used indirect adaptive methods, the ...

We propose a heat management system model for a water-cooled PEMFC ... The simulation results indicate that the proposed control algorithm can achieve effective control of the temperature of the PEMFC ...

However, the temperature control algorithm plays an important role ... these algorithms were often demanding in terms of computational resources and complicated in the model training process. In ...

The first big issue he tackled was accurate temperature control ... him to figure out the several model parameters required to design his control algorithm. Finally, he tweaked his formula ...

Algorithms solving the Linear Quadratic Tracking ... We first adress the problem through a classic Control Theory perspective, assuming that an underlying model of the process is known and the time ...

From the Marlin documentation: "Temperature is commonly controlled with a PID algorithm. The basic premise of PID ... comes from sensors which exhibit both latency and noise. Model predictive control ...

This model can range from ... implement a power-aware and temperature-aware scheduling algorithm is to apply techniques that can help reduce power consumption and control the system's temperature.

and connecting the model and control algorithm. When defining objectives and scope, consider the goals and criteria of your verification, as well as the inputs and outputs of your control algorithm.

Kistler describes the feature as a self-learning control algorithm for temperature-controlled hot runner balancing. The fully automatic adjustment feature is intended to ensure consistent temperature ...