一种寻找无向图中衔接点和桥梁的新方法

Abhishek Tyagi, Anil Kumar Ahlawat
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引用次数: 0

摘要

连接点和桥接说明了连接网络图中的弱点,如果单个点失效,将导致网络分成两个或更多部分。SPOF代表单点故障,它有可能使系统完全无用。SPOF即单点故障,本质上是系统或电路的蓝图或配置中的一个弱点,或者是系统、电路或组件的执行中的一个弱点,因为它可能导致只有一个问题或故障使整个系统停止工作。“Ever Given”号货船于2021年在苏伊士运河搁浅。这艘船被困在运河的一个关键区域,该区域是作为单一通道使用的。阻塞使整条运河的货道无法通行。没有多余的运河是唯一的故障点。在构建没有单点故障的可靠和健壮的网络时,理解连接点和网络或图中桥梁的作用变得至关重要。本研究的目的是提出一种算法,该算法是深度优先搜索和递归的优雅混合,用于在图中找到衔接点和桥。
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A New Approach to find Articulation Points and Bridges in Undirected Graphs
Articulation points And Bridge illustrate weak spots in a connected network graph, single points that, if they failed, would cause the network to break into two or more halves. SPOF stands for Single Point of Failure, which has the potential to render a system completely useless. SPOF that is Single Point of Failure is essentially a weakness in the blueprint or configuration of a system or circuit, or execution of a system, circuit, or component that bearing a possible peril because it can result in a scenario where there is just one issue or malfunction stops the entire system from working. The cargo ship “Ever Given” became stranded in the Suez Canal in 2021. The ship became stuck in a crucial area of the canal that was working as a single channel. The obstruction rendered the whole canal's cargo lanes inoperable. The non-redundant canal served as the lone point of failure. Understanding of articulation points and the role of a bridge in a network or in graph becomes vital when constructing trustworthy and robust networks with no single point of failure. The purpose of this study is to present an algorithm which is an elegant blend of Depth First Search and Recursion to find Articulation points And Bridge in a graph.
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