By Shaoyuan Li, Yi Zheng
A complete exam of DMPC concept and its technological functions A entire exam of DMPC thought and its technological purposes from uncomplicated via to complex point a scientific advent to DMPC expertise offering vintage DMPC coordination innovations, research in their functionality, and layout tools for either unconstraint and constraint structures comprises the method partition methods, Read more...
summary: A entire exam of DMPC conception and its technological purposes A entire exam of DMPC concept and its technological functions from simple via to complicated point a scientific creation to DMPC expertise delivering vintage DMPC coordination innovations, research in their functionality, and layout equipment for either unconstraint and constraint platforms comprises the procedure partition tools, coordination recommendations, the functionality research and the way to layout stabilized DMPC lower than diversified coordination innovations offers precious theories and applied sciences that may
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Additional info for Distributed model predictive control for plant-wide systems
Sample text
This method emphasized optimal plant operation under constraints, and computed the control signal by repeatedly solving a linear programming (LP) problem. DMC went on to become the most well known of the commercial predictive control products [66]. All of these proposals shared the essential features of predictive control: an explicit internal model, the receding horizon idea, and computation of the control signal by optimizing predicted plant behavior. Currently predictive control has become the most popular algorithm, and the only advanced control methodology which has made a significant impact on industrial control engineering.
4 33 Dual Mode Predictive Control From the above, it is obvious that, compared with other control technologies, MPC has powerful abilities to deal with the constraints. However, the early version of MPC for process control did not address stability theoretically so that they are not automatically stabilizing. A common method to obtain the stability of the early version of MPC is to increase the length of the control horizon, which indicates the stability property of an infinite horizon predictive control scheme.
Large lag system, and more restrict control performance requirements. 10, the whole system is properly partitioned into several interconnected subsystems and controlled in a distributed structure. Each subsystem is controlled by a local controller, and these local controllers are interconnected by a network. 10, we call the whole control the distributed predictive control. In the distributed predictive control, each local predictive control coordinates with another one by exchanging the network information.