SMASH: a Semantic-enabled Multi-agent Approach for Self-adaptation of Human-centered IoT

TL;DR

SMASH is a multi-agent system designed for self-adaptation in human-centered IoT environments, integrating human values and semantic interoperability to improve responsiveness and functionality in smart homes.

Contribution

The paper introduces SMASH, a novel multi-agent framework with a 4-layer BDI architecture that incorporates human values and semantic interoperability for IoT self-adaptation.

Findings

SMASH effectively manages IoT device interactions in smart homes.

The approach demonstrates timely responses and adaptability in human-centered scenarios.

Semantic integration enhances interoperability among heterogeneous devices.

Abstract

Nowadays, IoT devices have an enlarging scope of activities spanning from sensing, computing to acting and even more, learning, reasoning and planning. As the number of IoT applications increases, these objects are becoming more and more ubiquitous. Therefore, they need to adapt their functionality in response to the uncertainties of their environment to achieve their goals. In Human-centered IoT, objects and devices have direct interactions with human beings and have access to online contextual information. Self-adaptation of such applications is a crucial subject that needs to be addressed in a way that respects human goals and human values. Hence, IoT applications must be equipped with self-adaptation techniques to manage their run-time uncertainties locally or in cooperation with each other. This paper presents SMASH: a multi-agent approach for self-adaptation of IoT applications in human-centered environments. In this paper, we have considered the Smart Home as the case study of smart environments. SMASH agents are provided with a 4-layer architecture based on the BDI agent model that integrates human values with goal-reasoning, planning, and acting. It also takes advantage of a semantic-enabled platform called Home'In to address interoperability issues among non-identical agents and devices with heterogeneous protocols and data formats. This approach is compared with the literature and is validated by developing a scenario as the proof of concept. The timely responses of SMASH agents show the feasibility of the proposed approach in human-centered environments.