Development of the moisture and NPK minerals wireless sensor system in soil and controlled via an application with Internet of Things technology

Abstract

This research aims to : 1) to develop composition  of the moisture and NPK minerals  wireless sensor system in soil  and controlled via an application with Internet of Things technology 2) to appropriate assessment of the moisture and NPK minerals  wireless sensor system in soil  and controlled via an application with Internet of Things technology. The target group are the 3  experts in application development and embedded technology Internet of Things Technology to assess the quality of applications and the moisture and NPK minerals  wireless sensor system in soil. The tools of research  include: 1) the moisture and NPK minerals  wireless sensor system in soil 2) the appropriate assessment of the moisture and NPK minerals  wireless sensor system in soil  and controlled via an application with Internet of Things technology. The data were analyzed by using percentage, mean and standard deviation.

            The results showed that 1) Development of the moisture and NPK minerals  wireless sensor system in soil  and controlled via an application with Internet of Things technology found that the elements of development of the moisture and NPK minerals  wireless sensor system in soil  and controlled via an application with Internet of Things technology . It consists of 3 main parts were  component 1 : the application to control working of the moisture and NPK minerals  wireless sensor system in soil :1) the working status display of the moisture sensor system 2) the soil moisture value 3) the nutrient content in the soil.  Component 2 : the Embedded structural elements including : 1) Hardware device (Solar Cell, Solar Cell Control, Batterry, Board Node 32, Senser NPK, moisture sensor) 2) Software  device : Arduino IDE  . 3) Internet of Things (ioT) : NETPIE  CLOUD PLATFORM . 2) the appropriate evaluation of development of the moisture and NPK minerals  wireless sensor system in soil  and controlled via an application with Internet of Things technology found that the appropriate evaluation  of development of the moisture and NPK minerals  wireless sensor system in soil by the experts were most level.