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Fuzzy logic-based control in Wireless sensor network for cultivation



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This paper presents a cultivation control system on Wireless sensor network using Fuzzy logic approach. The system is controlled with the use of a sprinkler for Moisture and lamp for sunlight and fan for temperature. The Wireless sensor network consists of temperature, sunlight and Moisture sensors directly connected to a microcontroller (Arduino). The signals obtained from these sensors are converted as digital data by the microcontroller before transmitted on air via both X-bee radio modules (Compatible with Zigbee and IEEE 802.15.4) to a tiny computer (Raspberry Pi2). Finally, the digital data is analyzed based on Fuzzy logic on the Linux operation system (OS) of the Raspberry Pi2 and the generated Output signals are used to control the fan, sprinkler and lamp to decrease or increase the levels of temperature, Moisture and sunlight respectively. © Springer Science+Business Media Singapore 2017.

Wireless sensor network (83 items found) | Linux operation system (1 items found) | Fuzzy logic approach (5 items found) | Moisture sensors (2 items found) | Output signal (34 items found) | Fuzzy logic (331 items found) | Moisture (634 items found) | IEEE 80 (132 items found) | Zigbee (48 items found) | Computer operating systems | Fuzzy logic based control | ZigbeeComputation theory | Wireless sensor networks | Reconfigurable hardware | Intelligent computing | Computer circuits | Moisture control | Microcontrollers | Digital radio | Digital datas | Controllers | Standards |

ต้นฉบับข้อมูล : scopus