IoT for monitoring carbon monoxide (CO) emissions using wireless sensor networks in smart cities

Abstract

A Smart city is characterized by the efficient use of information technology and industrial assets for financial improvement. Internet of Things (IoT) is an arrangement of embedded devices that communicates by using the internet and uniquely addressable with standard protocols. Application areas of Internet of things are smart cities, environmental protection, smart transportation, healthcare, agriculture and public security. Development of Smart cities leading to Pollution. Air Pollution is an environmental health concern for the public. Carbon Monoxide is a harmful gas to the human beings and also the leading cause of air pollution. So it is necessary to develop a mechanism for the detection of carbon monoxide molecules. This paper presents a survey on the methods of measuring the Carbon Monoxide emissions by using Wireless Sensor Networks. Availability of CO data from a monitoring program can be utilized for providing the awareness to the public about the air pollution.

Interrelation of Migration and Employment Issues in Economics of New Uzbekistan Policy

“…This shift towards a greater proportion of income from entrepreneurial activity aligns well with the strategic aim of enhancing the population's welfare and mirrors the realities of the evolving employment sector. [10] This transformation has been achieved through the targeted policy implementation of income generation, inflation counteraction, and employment area expansion. Consequently, there has been an annual rise in the population's nominal incomes by a third, and real income, once adjusted for the consumer price index, has seen an increase of 15-20 percent annually.…”

Research Review Inquisitive on Indoor Air Quality Monitoring System Facilitate with Internet of Things

“…The behaviour of carbon monoxide (CO)has noOdor, taste andcolour formed by the inadequate combustion of gas that are previously derive from cloth dryer, water heater, fire, vehicles, wooden stove and other incomplete gas combustion [25]. When human exposed to CO, the CO molecules desire to lose the oxygen (O2) in the human body and lead to poisonous [26].The concentration level of CO at 0.01% (100 ppm) the human can encounter with various health issues such as headache, vomiting, dizziness, chest pain and nausea [27].…”