aov

The Research of Application Development Based on AOV Network

基于AOV网模型的应用程序开发技术研究

The Application of AOV & network in Arranging Teaching Plans

AOV&网在教学计划编制中的应用

Routing Policy Conflicts Detecting Based on AOV Topological Sorting

基于AOV拓扑排序的路由策略冲突检测

Mapping from Ladder Diagram to AOV Graph in Embedded PLC

嵌入式PLC中梯形图到AOV图的映射

Transformation Algorithm Between Ladder Diagram and Instruction List Based on AOV Diagraph and Binary Tree

基于AOV图及二叉树的梯形图与指令表互换算法

The idea of abstract from ladder diagram to AOV graph list and its realization algorithm is introduced .

阐述了将梯形图映射为AOV图链的思想与实现算法。

The services composition plan was transferred into an AOV graph equivalently , and then was transformed into a binary tree further .

首先将一个服务的组合方案等效成AOV图，并将其转换成二叉树，然后进行后续遍历并编码。

Concept and implement of graph , basic operations of graph , minimum cost spanning tree , shortest path problem , AOV and AOE network .

图的概念和实现；图的基本操作；最小价值生成树；最短路径；活动网络。

A new concept of Back-ordered Set is defined in the paper , which expresses the place of each vertex in relation to the others in AOV network .

通过表达每个顶点在图中相对其他顶点的位置，提出的后序集的概念。

Considering each bitmap unit as vertex and topological connection between bitmap units as arc , ladder diagram is separated into independent AOV diagrams .

视梯形图图符为顶点，图符与图符间的拓扑连接为弧，将梯形图划分为一系列独立的AOV图。

The AOV of 0.5 % HLE was 9.01 mg / g , which was 1.29 times as high as that of the same concentration of vitamin C.

浓度为0.5%的提取物的抗氧化值为9.01mg/g，为同浓度维生素C抗氧化值的1.29倍。

Transformation algorithm between the ladder diagram and the statement list based on the AOV diagraph and the cause and effect diagraph for programmable logic controller ( PLC ) systems is proposed .

结合AOV图与因果图提出了一种新的梯形图与语句表双向转换算法。

The paper presents the definition of AOV network and the thinking of topological sort algorithm , then it analyzes defect of the traditional topological sort algorithm , afterwards , it brings forward an overall topological sort algorithm .

给出了AOV网的定义及拓扑排序算法思想，分析了传统拓扑算法的不足，提出了一个全拓扑排序求解算法。

The algorithms include : the AOV network based knowledge points sequencing algorithm , network course structure definition algorithm , knowledge points cognitive structure based knowledge unit learning contents authoring algorithm , knowledge unit binding to XML algorithm and the AOV segment based courses sequencing algorithm .

主要算法包括：基于AOV网拓扑的知识点编列算法、网络课程结构定义算法、基于知识点认知结构的知识单元内容制作算法、知识单元到XML文档绑定算法、基于AOV序列分段的课程编列算法等。

Compared with the traditional algorithm based on AOV diagraph , the presented algorithm significantly reduces the complexity of the algorithm . In addition , it can be used for the complex ladder conversion because it describes the logic relations between instructions in the ladder program with binary trees .

该算法与传统的基于AOV图的算法相比，明显降低了算法的复杂度，且使用二叉树描述梯形图的逻辑关系具有通用性，可用于复杂梯形图的转换。