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A study into the layers of automated decision-making: emergent normative and legal aspects of deep learning

机译:对自动决策各层的研究:深度学习的新兴规范和法律方面

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摘要

The paper dissects the intricacies of automated decision making (ADM) and urges for refining the current legal definition of artificial intelligence (AI) when pinpointing the role of algorithms in the advent of ubiquitous computing, data analytics and deep learning. Whilst coming up with a toolkit to measure algorithmic determination in automated/semi-automated tasks might be proven to be a tedious task for the legislator, our main aim here is to explain how a thorough understanding of the layers of ADM could be a first good step towards this direction: AI operates on a formula based on several degrees of automation employed in the interaction between the programmer, the user, and the algorithm. The paper offers a fresh look at AI, which exposes certain vulnerabilities in its current legal interpretation. To highlight this argument, analysis proceeds in two parts: Part 1 strives to provide a taxonomy of the various levels of automation that reflects distinct degrees of human–machine interaction. Part 2 further discusses the intricate nature of AI algorithms and considers how one can utilize observed patterns in acquired data. Finally, the paper explores the legal challenges that result from user empowerment and the requirement for data transparency.
机译:本文剖析了自动决策(ADM)的复杂性,并在指出算法在无处不在的计算,数据分析和深度学习时代中的作用时,要求完善当前的人工智能(AI)法律定义。虽然提出一套工具包来衡量自动化/半自动化任务中的算法确定可能对立法者来说是繁琐的任务,但我们的主要目的是解释如何透彻理解ADM的各个层是第一个好方法。向这个方向迈出的一步:人工智能基于在程序员,用户和算法之间的交互中采用的几种自动化程度的公式进行运算。该论文重新审视了AI,在当前的法律解释中暴露了某些漏洞。为了强调这一论点,分析分为两个部分:第1部分力图提供各种自动化级别的分类法,以反映人机交互的不同程度。第2部分进一步讨论了AI算法的复杂性,并考虑了如何利用采集的数据中观察到的模式。最后,本文探讨了由用户授权和数据透明性要求引起的法律挑战。

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