自我意识是计算系统自适应的先决条件

A. Petrovska
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引用次数: 2

摘要

更好地理解自我意识和自适应系统是未来对这些系统进行具体化、建模、设计和工程的第一步。虽然在意识和适应性的概念背后可能有一些直觉,但这些术语缺乏明确的定义和区分。特别是,意识的概念在心理学和哲学中得到了广泛的研究;然而,更严格地理解这个术语对于工程中的科学辩论是必要的。在本文中,通过洞察自适应系统与被认为是非适应性的普通系统的不同之处,我们为理解和区分自我意识和自适应作为两个相关但仍然不同的术语奠定了基础。我们认为系统的自我意识是自适应的先决条件,并在计算系统中定义了两个层次的意识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Self-Awareness as a Prerequisite for Self-Adaptivity in Computing Systems
Establishing a better understanding of self-aware and self-adaptive systems is the first step towards specifying, modelling, designing and engineering these systems in the future. Although there might be some intuition behind the notions of awareness and adaptivity, there is a lack of clear definition and differentiation of these terms. In particular, the notion of awareness has been extensively studied in psychology and philosophy; however, a more rigorous understanding of this terminology is necessary for scientific debates in engineering. In this paper, by giving insights into how self-adaptive systems differ from the ordinary systems that are considered as non-adaptive, we set the foundation for understanding and differentiating self-awareness and self-adaptivity as two correlated but still different terms. We identify the system's self-awareness as a prerequisite for self-adaptivity and define two levels of awareness in computing systems.
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