Distributed rule execution for smart home system

Agung Setia Budi, Hurriyatul Fitriyah, Eko Setiawan, Rakhmadhany Primananda, Rizal Maulana
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引用次数: 1

Abstract

Smart home system is one of the most popular applications and research interests in the past decade. This system can give many features such as home monitoring, appliance control, and automation system, energy-saving, and home security. A smart home system normally has a centralized architecture. This architecture gives the advantage of being easy to manage. However, the centralized architecture has a fault-tolerance problem. If the center of the system (master station) is down, then the entire system will be failed. A smart home system needs a mechanism to avoid system failure when the master station is down. Furthermore, for the big scale smart home/building system with many devices, the delay time of information transmission and processing can affect the service provision time. To solve the problem, a distributed rule execution mechanism for the smart home system is proposed in this paper. Practical experiments show that the proposed mechanism can avoid the fault-tolerance problem in the centralized smart home system. The system still provides the right services even though the master station is off. The mathematical analysis of the delay time also shows that the proposed mechanism can reduce the delay time of service provision.
智能家居系统的分布式规则执行
智能家居系统是近十年来最受欢迎的应用和研究热点之一。该系统可实现家庭监控、家电控制、自动化系统、节能、家庭安全等功能。智能家居系统通常采用集中式架构。这种体系结构具有易于管理的优点。然而,集中式架构存在容错问题。如果系统的中心(主站)关闭,那么整个系统将会失败。智能家居系统需要一种在主站停机时避免系统故障的机制。此外,对于设备众多的大型智能家居/建筑系统,信息传输和处理的延迟时间会影响服务的提供时间。为了解决这一问题,本文提出了一种智能家居系统的分布式规则执行机制。实际实验表明,该机制可以避免集中式智能家居系统中的容错问题。即使主站关闭,系统仍然提供正确的服务。延迟时间的数学分析也表明,所提出的机制可以减少服务提供的延迟时间。
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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