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A Universal Extensible Architecture for Algorithm Visualisation Systems

机译:用于算法可视化系统的通用可扩展体系结构

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The increasing demands on interactive algorithm visualisations that can be effectively used in learning, teaching and research, as well as the lack of up-to-date visualisation systems calls for a new modern architecture for universal algorithm visualisation systems (AVS). Defining a new architecture requires an extensive analysis of existing AVS and specifying key requirements, which the architecture has to meet. Analysing current AVS and comparing them to each other, we came to the decision that there is a great potential for designing and implementing a new universal and extensible modern architecture. Based on our analysis and motivated by the decreasing interest on algorithm improvisations by both developers and faculty over the last few years, we have developed and implemented a generic architecture that we will briefly present in this work. The application of this architectures implifies the creation process of pedagogically effective visualisations of arbitrary algorithms and data structures.
机译:可以有效地用于学习,教学和研究的交互式算法可视化的需求不断增长,并且缺乏最新的可视化系统,因此需要一种新型的通用算法可视化系统(AVS)的现代体系结构。定义新架构需要对现有的AVS进行广泛分析,并指定架构必须满足的关键要求。通过分析当前的AVS并将它们彼此进行比较,我们认为设计和实现一种新的通用且可扩展的现代体系结构具有很大的潜力。根据我们的分析,并且由于过去几年开发人员和教职员工对算法即兴表演的兴趣逐渐减少,我们开发并实现了一个通用架构,我们将在本工作中简要介绍一下。该体系结构的应用暗示了任意算法和数据结构的教学有效可视化的创建过程。

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