Sentence examples for advanced control engineering from inspiring English sources
Examples of control systems are provided, and the chapter also briefly reviews some advanced control engineering topics, as well as introducing leading software tools for control systems analysis.
Main ideas covered in this paper are motivated namely by the development of new advanced control engineering methods (predictive, hybrid predictive, optimal, adaptive, robust, fuzzy logic, and neural network) and new possibilities of their SW and HW realizations and successful implementation in industry.
The ANNC designed was tested on a 75 V, ±3KVAR STATCOM in real time environment via state-of-the-art of digital signal processor advanced control engineering (dSPACE) DS1104 board and it was found that it was producing better results than the PI controller.
The fuzzy logic methodology in Bionet is common in the design and modelling of advanced control systems in many engineering disciplines.
Accordingly, systems engineering research on advanced control and optimization of batch processes has proliferated.
Graduate studies in fields of Engineering typically include advanced control theory.
Accordingly, system engineering study on advanced control and dynamic optimization of batch operation has drawn much attention recently.
In this study, in order to produce poly methyl methacrylate) scaffolds for bone tissue engineering applications, an advanced control methodology based on fuzzy models and genetic algorithms (GA) was developed to control the temperature of a pilot-scale jacketed batch reactor in which methyl methacrylate polymerization takes place.
His research interests include electronically controlled air suspension and engineering application of advanced control theory.
The MPC policy shows improved performance, greater flexibility, and higher functionality relative to an advanced order-up-to policy based on control engineering principles found in the literature.
The IEC 61499 standard has been developed to allow the modeling and design of distributed control systems, providing advanced concepts of software engineering (such as abstraction and encapsulation) to the world of control engineering.
