Data Recording Device for Pattawia Pineapple Planting Area to Use for Growth and Sweet Prediction
Keywords:
data recording device, Pattawia pineapple planting area, growth and sweet predictionAbstract
This research aims to develop and test the data recording device for Pattawia pineapple planting area in order to use those data to predict pineapple’s growth and sweet that the environmental recording data is contained by temperature in air, the relative humidity in air, humidity in soil, sunlight intensity and rainfall. In this research, data recording is done in every 10 minutes and those data is sent according to the pineapple planting area. In case it has internet signal in the planting area, online data recording device will be used and those data will be transferred through IoT. On the other hand, if those planting area has no internet signal provided, data will be sent through Bluetooth device that data is kept in android application before transferring to computer networks. For using this device in the pineapple planting area, it is found that sensors and the other related devices work efficiently, data transfer by IoT has to be made in every 10 minutes in order to communicate continuously to broker MQTT. In case data transfer is over the time limit, it has to re-connect to broker MQTT every time with higher power. For data transfer by Bluetooth device, data can be sent continuously and quickly that is proper for offline data transfer, but both devices have not to be far over 7 meters in the communication. Finally, the environmental data recorded by these devices can be used to predict the growth and sweet for Pattawia pineapple.
References
[2] “Communication between SPI Master and Slave boards using the Arduino,” [Online] Available: http://cpre.kmutnb.ac.th/esl/learning/index.php?article=arduino-spi-master-slave, 2014.
[3] “Connecting an I2C devices,” [Online] Available: www.thaimicrotron.com/CCS-628/Referrence/ I2CBUS.htm, 2013.
[4] Manan Mehta, “ESP 8266: A Breakthrough in Wireless Sensor Networks and Internet of Things,” International Journal of Electronics and Communication Engineering & Technology, Vol 6, pp. 07-11, 2015.
[5] Niamul Hassan, Shihab Ibne Abdullah, Ahmad Shams Noor and Marzia Alam, “An automatic monitoring and control system inside greenhouse,” IEEE Green Energy and Technology, pp. 1-5, 2015.
[6] Chatschik Bisdikian, “An Overview of the Bluetooth Wireless Technology,” IEEE Communications Magazine, Vol 39, pp. 86-94, 2001.
[7] Jian ZHANG, Shan-shan CHEN, Zhi-liang GUD, “IOT-based Detection for Tropical Flower,” IEEE 2016 International Conference on Information System and Artificial Intelligence, pp. 219-222, 2016.
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