Advanced Sensors for Field Server

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Presentation transcript:

Advanced Sensors for Field Server M. Hirafuji, H. Hu and T. Fukatsu Computational modeling Lab. National Agricultural Research Center Tsukuba Japan

Requirements and Strategy Effective sensation Low energy consumption Low cost Small Maintenance-free Calibration-less New sensors by new methods Combination of sensor-net and conventional sensors Data shared by user’s collaboration Interdisciplinary collaboration International collaboration Mass-production with system LSI

Effective Sensation Temp, RH, Light and Image for all users CO2 for farmers and environmental scientists UV for outdoor sport players and environmental scientists Wetness for housekeepers and farmers Soil Moisture for farmers and environmental scientists Virus and bacteria for residents, farmers and biological scientists

UV, CO2 and Leaf-wetness sensors

Wetness Sensor Raindrops Humidity sensor Screen

Installed Wetness Sensor

Wetness Detection

Relationship CO2 & UV

Fully Unwired (Cable-less)

Network Architecture Cable Solar-energy Driven Field Servers (Client connection, Intermittent work) Hotspot Interconnection between APs Conventional Field Servers (Access-point, Continuously work)

A Result of Field Test

Conclusions Solar-cell-driven Field Server was developed for sensor-network. Leaf-wetness sensors was developed. CO2 & UV sensors were tested. New sensors can be developed instantly by using Field Monitoring Servers 3ch soil moisture sensor is under developing.