Abstract

On Developing a Novel Versatile Framework for Heterogeneous Home Monitoring WSN networks

Highlights

  • Nowadays it is commonly accepted that in the near future, novel approaches able to cover all aspects of home environment monitoring will constitute a key necessity

  • This paper presents a framework under which heterogeneous platforms supporting different and diverse sensors can coexist

  • In cases where data sampling occurs at very low frequency such as 1 Hz or even lower, our design offers seamless support of less complex solutions based on IEEE 802.15.4 [25] or ZigBee [26, 27] which appear as an alternative offering ultra low power and low cost radio chips

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Summary

Introduction

Nowadays it is commonly accepted that in the near future, novel approaches able to cover all aspects of home environment monitoring will constitute a key necessity. Various reasons advocate relative views including several studies concerning the population's everyday life characteristics, in conjunction with the high interest home monitoring receives both from academia as well as industry [1,2,3,4] In light of these challenges, Ambient Assisted Living (AAL) consists a fundamental research domain that has drawn massive attention. Despite the increased number of choices being available, heterogeneous approaches remain still a critical challenge prohibiting a unified operation [11, 12] Driven by this observation, this paper presents a framework under which heterogeneous platforms supporting different and diverse sensors can coexist. This paper presents a framework under which heterogeneous platforms supporting different and diverse sensors can coexist Such a platform offers a truly comprehensive, flexible and extendible solution.

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