计算机工程
計算機工程
계산궤공정
COMPUTER ENGINEERING
2010年
8期
292-封3
,共1页
何胜%梅娟%王正祥%李炜疆
何勝%梅娟%王正祥%李煒疆
하성%매연%왕정상%리위강
复杂生物网络%图论画法%力导向布局%网格布局
複雜生物網絡%圖論畫法%力導嚮佈跼%網格佈跼
복잡생물망락%도론화법%력도향포국%망격포국
complex biological networks%graph drawing%force-directed layout%grid layout
介绍适应分子网络建模和信息系统需求的自动画图算法的研究成果.在分析代谢途径自动布局、力导向布局和基于网格的布局等3类具有代表性的自动画图算法的基础上,探究其各自的原理、内在联系、存在的优缺点以及亟待解决的问题,为应用网络可视化手段分析和解决具体生物问题提供参考和线索.
介紹適應分子網絡建模和信息繫統需求的自動畫圖算法的研究成果.在分析代謝途徑自動佈跼、力導嚮佈跼和基于網格的佈跼等3類具有代錶性的自動畫圖算法的基礎上,探究其各自的原理、內在聯繫、存在的優缺點以及亟待解決的問題,為應用網絡可視化手段分析和解決具體生物問題提供參攷和線索.
개소괄응분자망락건모화신식계통수구적자동화도산법적연구성과.재분석대사도경자동포국、력도향포국화기우망격적포국등3류구유대표성적자동화도산법적기출상,탐구기각자적원리、내재련계、존재적우결점이급극대해결적문제,위응용망락가시화수단분석화해결구체생물문제제공삼고화선색.
This paper presents a survey of algorithms for automatic drawings to meet the needs of molecular network modeling and information systems. On the basis of analyzing the history and present situation of three typical layout algorithms including metabolic pathway, force-directed and grid layout, the principles, internal relations, strengths and weaknesses and burning questions for these algorithms are mainly probed, which can provide references and clues for analyzing and solving specific biological problems by network visualization methods.