Iot based framework for air pollution monitoring in smart cities
Date Issued
2020-11-24
Author(s)
Risteska Stojkoska, Biljana
Kalajdjieski, Jovan
Abstract
Awareness of air pollution is one of the key aspects of
modern smart cities. Policy makers, and other key stakeholders,
are often ignorant of pollution in their immediate surrounding
and its correlation to local environment and micro-climate
when making short- or long-term decisions. The Internet of
Things (IoT) paradigm provides a suitable general framework
for monitoring air pollution as it incorporates a sensor network
containing static and/or mobile sensors for measuring the different pollutants. IoT architectures, although very powerful, have
a lot of issues and challenges that need to be addressed and in
turn solved. In this paper a comprehensive summary of current
trends in air pollution monitoring is presented. Considering the
advantages of the existing solutions, a novel holistic air pollution
monitoring architecture is proposed. A detailed analysis of its
components is provided, including their characteristics, objectives
and mechanisms to overcome the major issues and challenges.
modern smart cities. Policy makers, and other key stakeholders,
are often ignorant of pollution in their immediate surrounding
and its correlation to local environment and micro-climate
when making short- or long-term decisions. The Internet of
Things (IoT) paradigm provides a suitable general framework
for monitoring air pollution as it incorporates a sensor network
containing static and/or mobile sensors for measuring the different pollutants. IoT architectures, although very powerful, have
a lot of issues and challenges that need to be addressed and in
turn solved. In this paper a comprehensive summary of current
trends in air pollution monitoring is presented. Considering the
advantages of the existing solutions, a novel holistic air pollution
monitoring architecture is proposed. A detailed analysis of its
components is provided, including their characteristics, objectives
and mechanisms to overcome the major issues and challenges.
Subjects
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