Cultivation Management and Standard Library Automatic Query System of Digital Greenhouse

Abstract:

The research and applied technology about agriculture are attracting increasing attention, and especially digital greenhouses have become an important part of efficient agriculture. In this paper, basing on the environmental factors and crops growth status information, management system sorts out, analyzes and summarizes the data to give the best environment parameters for different crops in different external environment and to give the best growth parameter value for crop in different growth stages. A standard database of digital greenhouse will be built in this paper. Basing on the database, automatic identification and query model will be built. The system will provide daily operation schedule for crops during the whole growth of crops. And all kinds of growth parameters information in the process of crops growth will be analyzed by the system. Then the system compares the crop growth situation with standard database and sends the abnormal information to users timely. Simultaneously, real-time video monitoring can be used. Some daily routine work information can be recorded and suggested, such as watering, fertilizing and weeding etc. Based on crops growth and development patterns, the environment conditions are controlled and high quality, high yield, and efficient cultivation of plants will be realized.

• Periodical: Applied Mechanics and Materials (Volumes 190-191)
• Pages: 64-69
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.190-191.64
• Online since: July 2012
• Authors: Jun Sun, Guo Qing Zhang, Zhuang Chen, Lei Gao, Jun Ming Li
• Keywords: Digital Greenhouse, Query System, Video Monitoring

References

[1] J. Mao. Digital agriculture in China development present situation and the development trend, Guangdong Agricultural Science. 2007 (12): 126-128.

[2] Y. Guo, B. Li. The research progress of virtual plant, Chinese Science Bulletin, 2001(4): 608-615.

[3] Z. Niu, Y. Ji, and S. Guo, The digital agriculture in China's current situation and development prospect in shandong province. Journal of Shandong Agricultural Administrator's College, 2005 (3) : 33-34.

[4] X. Pan, Dutch crops for the development and application of model, World Agriculture, 1998 (9) : 17 - 19.

[5] G. Zhou, Review on Digital Agriculture. Journal of library and Information Sciences in Agricultural, 2004(3) : 5-6.

[6] Z. Song, J. Zhang, Study Progress and Development Trend of Digital Agriculture, Modern Agriculture, 2007 (5) : 1-4.

[7] N. Deng. The world situation and trend of agricultural science and technology. Beijing: China's forestry press, (2001).

[8] P. Qian,Y. Zheng, B. Xiong etc, RFID Technology and its Application in Agriculture. Journal of library and information sciences in agriculture, 2005, (2) : 16 to 19.

[9] L. Gao, Digital agriculture and agricultural development]. The digital agriculture and agricultural development in China advanced seminar paper. 2002. 10.