DocumentCode
2660888
Title
Agricultural environment measure system based on ZigBee network and algae cell sensors
Author
Haifeng, Wang ; Binglian, Wang ; Xianglong, Kong ; Qiang, Guo
Author_Institution
Shandong Comput. Sci. Center, Jinan
fYear
2008
fDate
16-18 July 2008
Firstpage
209
Lastpage
213
Abstract
In order to ensure the high quality and safety of agriculture production, to fulfill the real time and remote measurement of environmental humidity, temperature and luminance, and to detect and prevent the water pollution in irrigation, a wireless sensor ZigBee network based on the biochemistry technique was designed for safe production of green agriculture. And the node in networks was designed based on the chip of CC2430, as well as the response characteristic of algae cell membrane electric signal to heavy metal pollution, such as algae cell membrane potential (MP) responding to mercury, was discussed in detail. Other environmental signals such as earthpsilas temperature, humidity, luminance are also properly gathered and processed in the networkpsilas node circuit. Through all the gathered environmental parameters, users can make instant and corresponding decisions to improve efficiency and safety of agriculture production.
Keywords
agricultural engineering; agricultural safety; agriculture; biosensors; wireless sensor networks; agricultural environment measure system; agriculture production safety; algae cell membrane electric signal; algae cell membrane potential; algae cell sensors; biochemistry technique; environmental humidity; green agriculture; heavy metal pollution; safe production; wireless sensor ZigBee network; Agriculture; Algae; Biosensors; Humidity; Pollution measurement; Product safety; Production; Sensor systems; Temperature sensors; ZigBee; Algae cell; Membrane potential; Three op amplifier; ZigBee;
fLanguage
English
Publisher
ieee
Conference_Titel
Control Conference, 2008. CCC 2008. 27th Chinese
Conference_Location
Kunming
Print_ISBN
978-7-900719-70-6
Electronic_ISBN
978-7-900719-70-6
Type
conf
DOI
10.1109/CHICC.2008.4605203
Filename
4605203
Link To Document