Assisted by mobile and information technologies, the risk of new maize variety application will be reduced and the efficiency will be enhanced significantly. According to the demands of new maize variety adoption and application, then an information support system which runs on Smartphone has been developed. The system consists of three main parts: information support, field problem diagnosis and business information management. Mobile development, mobile communication, mobile database and expert system technologies were used in the process of this program. The system offers a kind of new technology and approach for the new maize variety application. Moreover, it can provide powerful information support to users, and is applicable and easy-to-use.
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Gao Chunming, Chen Yuexin, Su Liang, Liu Dongbo. Direct Reason-Machine System Research. Computer Engineering & Application. 2002, (19):78-80.
Guo Yinqiao, Guo Xinyu, Li Cundong, Zhao Chuande, Zhao Chunjiang. Knowledge modelbased decision support system for maize management. Transactions of the Chinese Society of Agricultural Engineering. 2006, 22(10):163-166.
Liu Yanbo, Hu Yanyan, Ma Ji. Windows Mobile Application and Development Platform. Beijing: POST & TELECOM PRESS. 2006, 336-339.
Ouyang Jianquan, Qian Queliang, Chu Chengyuan, Li Jintao. The Design and Implement of PDA-Oriented Expert System in Agriculture. Computer Engineering & Application. 2002, (2):30-31.
Peng Hai-yan, Chen Gui-fen, Peng Hai-ying, Yang Lian-hui, Tong Mei. Study and development of expert systemdiagnosis of maize about the scathe for disease and worm. Computer and Agriculture. 2002, (3):16-17.
Sun Shixian. Forecast for the generalization of new varieties during “tenth-five”. Seed Science & Technology. 2003, (3):127-128.
Yang Zhong, Zuo Hongfu, Shen Chunlin. Realization of Object-Oriented Rule-Type Expert System Template. Transactions of Nanjing University of Aeronautics & Astronautics. 2003, 20 (2):218-223.
Zhou Shumin, Zhang Tiantai, Xu Zhiwen. The Data Synchronization of Embedded Database and Its Application]. Control & Automation. 2007, 23(5-2):79-80.
Zhu Jianfang, Yang Xianzhong, Wang Yunhua. Accelerate the pace of new varieties, promote the development of seed industry. Seed. 2001, (3):78-79.
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© 2008 IFIP International Federation for Information Processing
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Yang, F., Li, S. (2008). Development of Information Support System for the Application of New Maize Variety Based on Smartphone. In: Li, D. (eds) Computer And Computing Technologies In Agriculture, Volume II. CCTA 2007. The International Federation for Information Processing, vol 259. Springer, Boston, MA. https://doi.org/10.1007/978-0-387-77253-0_10
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DOI: https://doi.org/10.1007/978-0-387-77253-0_10
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