文档介绍:英文原文榀岐锾蚬窒羿犍嘈伽疆仁溃躲
Evolution of Decision Support System Architectures: applications for land菌瑭固赜胸榘咔嘿押椿鋈奇衫
planning and management in Cuba砺铮耍雠傲蝓袋神藜粲蚁铵雹
S. Segrera榇腼倍需僧攵岜惫永响忉茚树
Computer Science Department, National Sugar Cane Research Institute鹊汕孟馍佳颔晔讴衤咿兑内耿
Carretera CAI Martínez Prieto km 2
, Ciudad de La Habana, Cuba叮炽螯预暮侉芴襞肱硗俱趁蛱
R. Ponce-Hernández畋螃臬泼玑攒欹摸确岽法非雠
Environmental and Resource Studies Program/Department of Geography, Trent University饣罐驹袈砖俎髹酰淄哄斤幢碍
Peterborough, Ontario, Canada阅俘榕孤技柯鲩烊忻勤篆棺囊
and肷鞋坡***盘滂虞缲恪佴香隧蒴
Computer Science Department, National Sugar Cane Research Institute埭跚羞侵旧宗班长斛籽疋缑瑙
Carretera CAI Martínez Prieto km 2
, Ciudad de La Habana, Cuba欣苫蜍骸耶啡方渖绛摺磁彻窭
ABSTRACT稹舳橼剡谳汹呲龀智画节鍪煸
The main objective of this paper centers on reviewing the evolution of Decision Support System’s (DSS) architectures, particularly as they apply to natural resources. Today it is difficult to conceive the existence of a rural planning automated system that doesn't include spatial analysis functionality and that does not consider the integrated use of different analytical modules. This wider range of functions allow for solving problems from resource and environmental management. Geographical Information Systems (GIS), automated land evaluation, multi-criteria participatory analysis in decision making are but the most salient technologies in a DSS. DSS have evolved; their architecture, mode of implementation, as well as their functionality and the incorporation of new computational techniques have advanced lately. In the择昶镒宓锢寿拮诚鲣峙缠饼栏
particular case of Cuba, the first steps in materializing this evolution have begun. At present, the National Sugar Cane Research Institute (INICA) leads a research project oriented towards the development and building of a dedicated DSS for sugar cane cropping. This is conceivedas an integrated SDSS (Spatial DSS) to support decision -making and multiple problem-solving in such a fundamental productive activity su