Application of complexity and brittleness on software architecture

Hong Zhang, Changzhen Hu, Xiaojun Wang
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Abstract

Just like the catastrophe in power grid, software system may collapse during its operation. It reflects the complexity in software system itself, and the brittleness of software system is the main reason which results in the collapse. The notion of complex system and brittleness is introduced into the study of software system and some aspects which can induce the system to collapse are also discussed. Specifically, the notions of complex system, complex network and brittleness are introduced at first, then a detailed description of the complexity of software system is given; following that a fast-slow alternative dynamic model is built, which consists of a slow-dynamic model and a fast-dynamic model. In the end, a complex theory framework of brittleness on software architecture is presented, which covers the brittleness of software architecture from the way of language description, the analytical method, modeling to the evaluation. This can give a comprehensive research platform on the brittleness of software system. Some main research areas are also given for future study.
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复杂性和脆弱性在软件体系结构中的应用
就像电网的灾难一样,软件系统在运行过程中也可能崩溃。它反映了软件系统本身的复杂性,而软件系统的脆弱性是导致其崩溃的主要原因。将复杂系统和脆性的概念引入到软件系统的研究中,讨论了可能导致系统崩溃的几个方面。首先介绍了复杂系统、复杂网络和脆性的概念,然后对软件系统的复杂性进行了详细的描述;然后建立了快慢交替动态模型,该模型由慢动态模型和快动态模型组成。最后,提出了一个复杂的软件体系结构脆弱性理论框架,涵盖了软件体系结构脆弱性从语言描述方式、分析方法、建模到评估的各个方面。这为软件系统的脆弱性研究提供了一个全面的平台。并提出了今后的主要研究方向。
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