Operationalizing Rule-Based Socio-Ethical Behaviour in IoT Collectives: a Policy Management Approach

Amna Batool, S. Loke, Niroshinie Fernando, Jonathan Kua
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引用次数: 1

Abstract

We are witnessing a trend of IoT devices with agency and often said to be smart (i.e., connected, sensor-equipped, and capable of autonomous action). This paper presents a policy management framework which we have named as the SANIJO policy framework. The framework consists of two types of policies, which are socio-ethical and administrative policies. Each policy further comprises three different types of rules, which are authorisation, obligation and prohibition rules that are applicable to smart internet-connected devices for managing their interactions in IoT collectives. An XML policy language which we have named as the SANIJO language is also designed for describing the desired interaction behaviours of smart devices. The policy management framework and the policy language are prototyped in the SANIJO system, which is a collection of mobile applications, multiple robot applications, smart speakers and smart camera applications. The SANIJO system is then illustrated based on an education open day scenario.
在物联网集体中实施基于规则的社会伦理行为:一种政策管理方法
我们正在见证一种具有代理的物联网设备的趋势,通常被称为智能设备(即连接,配备传感器,能够自主行动)。本文提出了一个策略管理框架,我们将其命名为SANIJO策略框架。该框架包括两类政策,即社会伦理政策和行政政策。每个策略进一步包括三种不同类型的规则,分别是授权、义务和禁止规则,适用于智能互联网连接设备,用于管理它们在物联网集体中的交互。我们命名为SANIJO的XML策略语言也是为描述智能设备所需的交互行为而设计的。策略管理框架和策略语言在SANIJO系统中原型化,该系统是移动应用程序,多个机器人应用程序,智能扬声器和智能相机应用程序的集合。然后,SANIJO系统以教育开放日场景为基础进行说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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