Andere Kunden interessierten sich auch für
![SOLAR POWERED AUTOMATIC RAIN PROTECTION FOR FIELD CROPS USING ARDUINO]( "SOLAR POWERED AUTOMATIC RAIN PROTECTION FOR FIELD CROPS USING ARDUINO")
SOLAR POWERED AUTOMATIC RAIN PROTECTION FOR FIELD CROPS USING ARDUINO29,99 €![Machine Learning and its Applications in Agriculture]( "Machine Learning and its Applications in Agriculture")
Machine Learning and its Applications in Agriculture30,99 €![Crop Yield Prediction of Wheat using Clustering and Neural Network]( "Crop Yield Prediction of Wheat using Clustering and Neural Network")
Crop Yield Prediction of Wheat using Clustering and Neural Network26,99 €![DEVELOPMENT OF MANUALLY DRAWN ENGINE POWERED FODDER CROP HARVESTER]( "DEVELOPMENT OF MANUALLY DRAWN ENGINE POWERED FODDER CROP HARVESTER")
DEVELOPMENT OF MANUALLY DRAWN ENGINE POWERED FODDER CROP HARVESTER39,99 €![Speech Emotion Recognition Using Machine Learning]( "Speech Emotion Recognition Using Machine Learning")
Speech Emotion Recognition Using Machine Learning29,99 €![Formation of Water Consumption at Drained Lands in Climate Changes]( "Formation of Water Consumption at Drained Lands in Climate Changes")
Formation of Water Consumption at Drained Lands in Climate Changes29,99 €![Crop Water Productivity Models of Plantain]( "Crop Water Productivity Models of Plantain")
Crop Water Productivity Models of Plantain27,99 €
Crop field monitoring is a useful class of sensor network applications, using Internet of Things applications for smart agriculture with enormous potential benefits for farmers and society. This project represents the design and the implementation of a Wireless Sensor Network using the Internet of Things (IoT) that monitors the air temperature, humidity, and life wetness in a crop field and from remote places. The sensor data is wirelessly transmitted to a centrally located computer or mobile terminal that logs the field data within seconds. The data collected can aid the farmers in achieving maximal crop productivity and water management.