基于二叉树的粮食筒仓工艺流程选择算法的实现及应用

The Realization and Application of the Algorithm for the Process Selection of Grain Silo Based on Binary Tree

随着控制系统规模的扩大,流程选择的复杂程度倍增,传统的流程矩阵选择算法已不能处理上述问题。本文基于计算机的成熟二叉树理论及其遍历算法,通过对筒仓工艺流程的设备上下游关系进行特殊处理,得到基于二叉树的粮食筒仓工艺流程选择算法。该算法为大规模的筒仓工艺流程选择提供了新的的思路。

With the expansion of control system scale and the complexity of process selection,the traditional process matrix selection algorithm can’t deal with the above problems.Based on the mature binary tree theory of computer and its traversal algorithm,the process selection algorithm of grain silo is obtained by special processing of the relationship between the upstream and downstream equipments of the silo process.This algorithm provides a new and feasible way for large-scale silo process selection and control.