【作者】 张娟；

【导师】 赵强；

【作者基本信息】 华北电力大学（北京） ， 计算机应用技术， 2009， 硕士

【摘要】 信息可视化技术将各种繁杂的数据转换成直观的图形和图像,从而有利于人们正确理解数据的含义。可升级矢量图形(SVG)的出现为电力系统运行可视化图形数据的网络发布提供了一种开放性的解决方案,使电网图形数据成为了一种可扩展可移植的图形资源。本文主要针对SVG在电力系统可视化中的应用做了一些探索性的研究,并给出了基于SVG的电网一次接线图拓扑分析着色的实例。本文首先研究了SVG技术以及针对电力网络的拓扑分析方法,然后在其基础上构建了一个配网可视化系统,用于电网一次接线图的拓扑分析着色。通过本文的研究,SVG在电网数据可视化中的应用是可行且有效的。更多还原

【Abstract】 The information visualization technology converts all kinds of complex data into intuitive graphics and images,thus the people correctly understand the meaning of data easier.A new technique called Scalable Vector Graphics(SVG)provides an open solution to organize the visualization graphics information so as to be easily shared and modified through the web for the electrical power system.This paper mainly does some exploratory researches based on the SVG visualization application in the electrical power system:coloring the wiring diagram based on SVG which is about the power grid according to the topological analysis result.In this paper,initially study the SVG technology and the topology analysis method for the power network,and then built a distribution network visualization system for coloring the wiring diagram about the power grid according to the topological analysis result.Through the study,we know the SVG technology used in the grid data visualization application is feasible and effective.更多还原