集选控制电梯定向选层的动态规划与策略优化

The Dynamic Programming Analysis and Strategy of the Collective Selective Control of the Elevator Directional Selection Layer Optimization

针对现有集选控制电梯定向选层控制原则中存在的缺陷，应用动态规划最优化原理，以电梯方向及选层控制为目标函数，建立电梯定向选层动态规划的数学模型，解决以时空划分动态过程的优化问题，实现电梯定向选层控制程序梯形图的策略优化。

Selected for the current set of directional control of the elevator control principles in the selection layer defects, using dynamic programming principle of optimality, and the selection of the elevator floor control in the direction of the objective function, the establishment of the elevator directional selection layer mathematical model of dynamic programming to solve the spacetime division dynamic process optimization to achieve the elevator control program orientation and layer selection strategy for optimization of the ladder.