Abstract

Abstract. In this study, an application has been made in the field of agriculture over the internet of things that are frequently needed in our lives with the developing technology. Due to the increasing human population and consumption needs, countries have begun use agricultural areas and the energy used in agricultural areas more effectively. It is known that temperature and humidity values are critical in greenhouses used in agricultural areas. For this reason, the temperature and humidity values were measured from four different points of the greenhouse by wireless communication in the greenhouse and these values were sent to the main station, and then the greenhouse supervisors were given the opportunity to monitor instantly with Flutter. In addition, if the temperature in the greenhouse falls below the value determined by the responsible people, the greenhouse workers are warned with the help of an audible warning.

Highlights

  • Greenhouse is preferred because it makes the area where the production will be made suitable in terms of weather conditions in case there is no suitable climatic conditions in the place where agricultural products are to be grown

  • Greenhouses are preferred in regions with unfavorable climatic conditions in terms of climatic conditions across the world (Söyler, O., et al, 2018)

  • NRF24L01 is widely used in wireless communication

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Summary

INTRODUCTION

Greenhouse is preferred because it makes the area where the production will be made suitable in terms of weather conditions in case there is no suitable climatic conditions in the place where agricultural products are to be grown. There are smart greenhouse applications using different controllers and programming languages It transfers the image inside the greenhouse made using Raspberry Pi to the internet environment. It has been stated that it transfers the parameters read from the sensor such as temperature, humidity, air quality, light in the greenhouse to the website environment (BaysaL, K., et al, 2018). The greenhouse supervisor can control the temperature and humidity values in the greenhouse via the mobile application wherever he is. There are mobile application projects used to monitor the light level at school entrances and smart home entrances (Cerit, B. and Bayır, R., 2020). RFID cards used in school entrances are widely used The information on these cards are instantly transferred to the mobile application. The attendance system can be followed instantly (Jaishree, M., et al, 2020)

MATERIALS AND METHODS
Module Materials
Method Used in the Module
Methods Used in the Base Station
EXPERIMENTAL RESULT
EVALUATION AND RESULTS
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