Enabling internet of things for smart homes through fog computing
Date Issued
2017-11-21
Author(s)
Risteska Stojkoska, Biljana
Abstract
Smart grid is the process of applying ICT in
order to optimize energy consumption and decrease energy
loses. This paper presents a three tier Internet of Thing based
hierarchical framework for the smart home, as a reflection to
the present lack of intelligent solutions that do not fully use
the advantages of Internet of Thing technologies. Our
framework aims to extend the smart home to microgrid level,
in order to integrate all renewable distributed energy sources
from the microgrid and to achieve better energy optimization.
As an extension to the traditional data processing, we define
fog computing approach for smart home. Through simulation
on real smart meter dataset, we showed that fog computing
based on predictive filters can reduce the number of
transmissions and minimize smart home network traffic.
order to optimize energy consumption and decrease energy
loses. This paper presents a three tier Internet of Thing based
hierarchical framework for the smart home, as a reflection to
the present lack of intelligent solutions that do not fully use
the advantages of Internet of Thing technologies. Our
framework aims to extend the smart home to microgrid level,
in order to integrate all renewable distributed energy sources
from the microgrid and to achieve better energy optimization.
As an extension to the traditional data processing, we define
fog computing approach for smart home. Through simulation
on real smart meter dataset, we showed that fog computing
based on predictive filters can reduce the number of
transmissions and minimize smart home network traffic.
Subjects
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