Status and Development Trend of Agriculture Expert System Development Platform

Abstract

Abstract: Most of experts in agriculture are not familiar with computers because of the special situations of China. Meanwhile, most of computer engineers are not familiar with agriculture knowledge, too. The above situations made it difficult to develop agriculture expert systems perfectly. But the expert system development platform made this problem easier. Because experts in agriculture needn’t to program in the process of development and computer engineers needn’t to master agriculture knowledge during the development. Therefore, the study and application statuses of agriculture expert system development platform were summarized at home and overseas, existing problems during developing were put forward and developing trends were introduced too, all above could provide references for Chinese agriculture informationlization.

Sun Nina,, Qin Xiangyang, Yang Baozhu, Yang Xinting, Chen Yuhai. Status and Development Trend of Agriculture Expert System Development Platform[J]. Chinese Agricultural Science Bulletin, 2006, 22(6): 436-436.

References

1 蒋文科,陈丽萍,张梅.基于知识和数学模型的农业转化系统生成工具[J].计算机与农业,2000,(2):4~8,44
2 秦向阳.智能化农业信息处理系统示范区建设的思考与探讨[J].科技导报,2004,(1):23~25,63
3 Goodell P B, Strand J F, Ostergard M. Delivering expert systems to agriculture: experiences with CALEX/cotton [J]. AI Applications, 1993,7:14~20
4 Boone K, Porter D O. GOSSYM/COMAX—the quixotic quest[C]. In: Proceedings of the Beltwide Cotton Conference. National Cotton Council of America:Memphis, Tennessee, 1997,1:380~383
5 Carberry P S, Hochman Z, McCown R L, et al. The FARMSCAPE approach to decision support: farmers', advisers', researchers' monitoring,simulation,communication,and performance evaluation [J]. Agricultural Systems,2002,74:141~177
6 Welch S M, Jones J W, Brennan M W, et al. PCYield: model-based decision support for soybean production [J]. Agricultural Systems, 2002,74:79~98
7 Stuth J W, Hamilton W T, Conner R. Insights in Development and deployment of the GLA and NUTBAL decision support systems for grazinglands[J]. Agricultural Systems, 2002,74:99~113
8 Hayman P T, Easdown W J. An ecology of a DSS:reflections on managing wheat crops in the N.E-Australian grains region with WHEATMAN [J]. Agricultural Systems, 2002,74:57~77
9 周桂红,郑磊,黄丽花.农业专家系统生成工具的设计与实现[J].农业工程学报,1999,15(3):53~59
10 杨宝祝,赵春江,李爱平,等.网络化、构件化农业专家系统开发平台(PAID)的研究与应用[J].高技术通讯,2002,(3):5~9
11 Zhao Chunjiang. Research and Application of Platform for Agricultural Intelligent Systems[C]. In:ISIAIT2000, Beijing China,2000.12:40~45
12 Mckee P F, MarshallI W, HenningI D. Research directions in distributed systems [J].BT Techno,1997,17(2):86~90
13 车敦仁,周立柱,蒋维杜.软件体系结构、应用平台及框架仓库技术[J].计算机研究与发展,1996,33(7):502~506
14 Tom Hammergren, Data Warehousing: Building the Corporate Knowledge Base[M], Ventana Communications Group Inc. 1997.207~312
15 Harjinder S.GIL,等著. 数据仓库－客户/服务器计算指南[M].王仲某,刘书舟译.北京:清华大学出版社,西蒙舒斯特国际出版公司,1997.187~192
16 王珊.数据仓库技术与联机分析处理[M].北京:科学出版社,1998.126~140
17 胡侃,夏绍玮.基于大型数据仓库的数据挖掘.软件学报,1998,9(1):26~28
18 张灵玲,韩耀伟,潘金贵.一个适用于搜索农业技术信息的网上信息搜索.模式识别与人工智能,1999,(12):24~29
19 赵星,淮小勇,熊范纶.虚拟植物生长的改进的自动机模型.模式识别与人工智能,1992,12suppl:160~165
20 Prusinkiewice P, Hammel M, Hanan J, et al. Visual Model of Plant Development[M]. Springer-Verlag, 1996.2~6
21 Blaise F. Simulation of the Growth of Metamorphosis and Spatial Interactions in the Architecture and Development of Plans. Springer-Verlag,1998:81~109
22 Penton J P. Precision farming-a hands-on perspective. In:Brighton Crop Protection Conference: Pest& Diseases –1996. Farnham:British Crop Protection Council,1996:1105~1112
23 Searcy S W. A US View on the precision farming revolution. Brighton Crop Protection Conference:Pest& Diseases –1996. Farnham:British Crop Protection Council,1996,1113~1120
24 王文云,吴华瑞,杨宝祝.软件构件技术在农业专家系统开发平台中的研究与应用.计算机应用技术,2004,(7):127~129
25 杨宝祝,赵春江,李爱平,等.网络化、构件化农业专家系统开发平台(PAID)的研究与应用.高技术通讯,2002,(3):5~9