login

User Interoperability With Heterogeneous IoT Devices Through Transformation

IEEE Transactions on Industrial InformaticsPublished 17 February 2014
Guangyi Xiao, Jingzhi Guo, Li Da Xu, Zhiguo Gong
Citations148
SJR quartileQ1
SJR score3.42
SNIP3.22

TL;DR

A user interoperability framework (UIF) is devises to enable device users to interoperate with heterogeneous devices of different contexts with consistent syntax and semantics to enable the development of Internet of Things.

Abstract

Heterogeneous device services generated by various devices in different contexts prevent users from efficiently and correctly consuming device services. This seriously hinders the development of Internet of Things. This paper addresses the problems appearing in device discovery and device interaction. It devises a user interoperability framework (UIF) to enable device users to interoperate with heterogeneous devices of different contexts with consistent syntax and semantics. In this framework, a new separation strategy is provided; a device representation method for real, common, and virtual devices is devised; and a device transformability model is proposed to guarantee the proper transformation of device syntax and semantics. To demonstrate the correctness of UIF, a UIF prototype is implemented and several experiment methods are compared to determine which one should be adopted as semantic relatedness computing tools in device discovery for device users and in common device publishing for device providers.

Keywords

Computer ScienceDecision Sciences