Initial Study of Data Acquisition System Temperature and Humidity Based on Iot For Optimalization Green Open Space in Malang City

Wibowo Fauzy Satrio, Alqodri Febrianto, Lestari Dyah

Abstract

Internet of Things is a facility designed to take advantage of hardware and software to maximize the potential of the Internet network connectivity to create an intelligent system. In this issue the Internet of Things will be used as the solution of one problem of global warming are changes in temperature and humidity. Research conducted by several experts said that in 2008-2015 Mal ang temperatures continue to rise. That is because the lack of green open space in the Malang city. There are several methods of implementation steps that have been made. The first step is to analyze the data rate of temperature, humidity and residents in the Malang city. The second step is to do an interview with an expert. The third step is to find the literature related to this idea, such as: (a) Literature of Internet of Things; (b) The legal basis of Green Open Space; (c) Solutions or research that has been done. Lastly, the fourth step in the research is to make the analysis and synthesis of data related to offer creative ideas. The outcome result of this research has several features that support the concept of controlling the actual environmental conditions based on Internet of Things, such as: (1) The data logging facility; (2) remote control facility; and (3) monitoring facility. The system is designed to be able to provide reports or recommendations to the society   and the government of Malang. So, the government and communities can act more effectively and on target to implement green open spaces in the city.

Keywords— Acquistion & Control System; Green Open Space; Internet of Things

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