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Model predictive control of a system with continuous and discrete motion elements

机译:具有连续和离散运动元素的系统的模型预测控制

摘要

PROBLEM TO BE SOLVED: To provide a controller for controlling a system having a continuous operation element and a discrete operation element. A controller 110 accepts a measured value 121 of the current state of the system, solves a mixed integer model predictive control (MI-MPC) problem according to state constraints on the state of the system, and generates control inputs 111 to the system. , Change the state of the system by presenting the control input to the system. To solve the MI-MPC, the controller makes sure that any combination of control input values that results in a set of state variables that satisfy the state constraint 104 also satisfies the state-invariant control constraint on the control input to the system. , The state constraint is converted into a state-invariant control constraint, and the MI-MPC problem is solved according to the state constraint and the state-invariant control constraint. [Selection diagram] Fig. 1
机译:解决的问题:提供一种用于控制具有连续操作元件和离散操作元件的系统的控制器。控制器110接收系统当前状态的测量值121,根据对系统状态的状态约束来解决混合整数模型预测控制(MI-MPC)问题,并生成系统的控制输入111。通过向系统显示控制输入来更改系统的状态。为了解决MI-MPC,控制器确保导致一组满足状态约束104的状态变量的控制输入值的任何组合也满足对系统的控制输入的状态不变控制约束。 ,将状态约束转换为状态不变控制约束,并根据状态约束和状态不变控制约束解决MI-MPC问题。 [选择图]图1

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