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general knowledge reasoning
相关语句
  常识推理
     The Application of General Knowledge Reasoning for Word Meaning Disambiguation in Computer Translation
     常识推理在机器翻译词义排歧中的应用
短句来源
     It does deal with the unaccuracy and uncertain problem by the strict mathematics formula,and has three kinds of ability of deducing , summing up and general knowledge reasoning.
     Pawlak提出的一种新的数学数据分析工具,它通过严格的数学公式来处理不精确性、不确定的问题,具有演绎、归纳和常识推理三种能力。
短句来源
     The system use General Knowledge reasoning model and kn owledge part warehouse Expert System structure. Based on GIS platform(MapInfo) ,using Oriented-Object technology,it developed agriculture nature condition s ubarea system,given the subarea agriculture nature condition and subarea's subj ection degree of Jilin province. In the same time a model of crop seeds matc hing up to subarea of corn in Jilin province was given.
     系统采用常识推理模型和基于知识部件库专家系统结构,在地理信息系统平台(MapInfo)上,用面向对象技术完成了农业自然条件分区系统,给出了吉林省农业自然条件的分区及隶属程度,和以玉米为例的农作物品种配套模型的研究。
短句来源
     At the same time, the system uses General Knowledge reasoning model and Object-Oriented based knowledge part warehouse Expert System structure.
     同时系统采用常识推理模型和基于面向对象的知识部件库专家系统结构。
短句来源
  相似匹配句对
     On general knowledge education
     论通识教育
短句来源
     General Knowledge in Europe
     欧洲见闻
短句来源
     In general,L.
     L.
短句来源
     general;
     (2)总论;
短句来源
     Research on Spatial Reasoning Based on General Knowledge
     基于常识的空间推理研究
短句来源
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Based o n the project of ″Foodstuff Crop Dynamic Subarea of Jilin Province″,this paper first time do good research on great agriculture macroscopical information rea ltization.It changed the status which stressing on single Expert System in loc al and microcosmic area.The system use General Knowledge reasoning model and kn owledge part warehouse Expert System structure.Based on GIS platform(MapInfo) ,using Oriented-Object technology,it developed agriculture nature condition s ubarea system,given the subarea...

Based o n the project of ″Foodstuff Crop Dynamic Subarea of Jilin Province″,this paper first time do good research on great agriculture macroscopical information rea ltization.It changed the status which stressing on single Expert System in loc al and microcosmic area.The system use General Knowledge reasoning model and kn owledge part warehouse Expert System structure.Based on GIS platform(MapInfo) ,using Oriented-Object technology,it developed agriculture nature condition s ubarea system,given the subarea agriculture nature condition and subarea's subj ection degree of Jilin province.In the same time a model of crop seeds matc hing up to subarea of corn in Jilin province was given.

本文以“吉林省粮食作物动态区划专家系统”课题为背景,首次从宏观尺度上在大农业信息化方面做了有益的探索,改变了以往农业专家系统偏重于局部的、微观尺度上的各单一种、养植专家系统的现状。系统采用常识推理模型和基于知识部件库专家系统结构,在地理信息系统平台(MapInfo)上,用面向对象技术完成了农业自然条件分区系统,给出了吉林省农业自然条件的分区及隶属程度,和以玉米为例的农作物品种配套模型的研究。

This study integrated Artificial Intelligence(AI) technology with Geographic Information System(GIS).Wide research on Intelligent GIS was conducted. At the same time, research on the realization of the great agricultural macroscopical information was also performed. In the system, General Knowledge reasoning model and knowledge part warehouse Expert System structure were used. Based on GIS platform (MapInfo), using Oriented-Object technology, the study developed a sub-area dividing system for natural...

This study integrated Artificial Intelligence(AI) technology with Geographic Information System(GIS).Wide research on Intelligent GIS was conducted. At the same time, research on the realization of the great agricultural macroscopical information was also performed. In the system, General Knowledge reasoning model and knowledge part warehouse Expert System structure were used. Based on GIS platform (MapInfo), using Oriented-Object technology, the study developed a sub-area dividing system for natural conditions of agriculture, provided the sub-area natural conditions of agriculture and sub-area′s subjection degree of Jilin province. An the same time, a model of crop seeds matching up to sub-area of corn in Jilin province was designed.

把人工智能技术和地理信息系统有机地结合起来,在地理信息系统和专家系统结合方面做了较为深入的研究。克服了以往农业专家系统偏重于局部的、微观尺度上的各单一种、养植专家系统的缺点,从宏观尺度上在大农业信息化方面做了有益的探索。系统采用常识推理模型和基于知识部件库专家系统结构,在地理信息系统平台(MapInfo)上,用面向对象技术完成了农业自然条件分区系统,给出了吉林省农业自然条件的分区及隶属程度和以玉米为例的农作物品种配套模型的研究。

Aim Studying intelligent dynamic area plot of foodstuff crop variety.Methods By deep researching on Intelligent Geographic Information System(IGIS), the integration of Artificial Intelligence(AI) technology with GIS was available, and was used to investigate the intelligent realization of macroscopical information of agriculture. At the same time, the system uses General Knowledge reasoning model and Object-Oriented based knowledge part warehouse Expert System structure.Results Based on GIS platform...

Aim Studying intelligent dynamic area plot of foodstuff crop variety.Methods By deep researching on Intelligent Geographic Information System(IGIS), the integration of Artificial Intelligence(AI) technology with GIS was available, and was used to investigate the intelligent realization of macroscopical information of agriculture. At the same time, the system uses General Knowledge reasoning model and Object-Oriented based knowledge part warehouse Expert System structure.Results Based on GIS platform (MapInfo), using Oriented-Object technology, it developed sub-area system of natural condition of agriculture, gave the sub-areas of natural condition of agriculture in Jilin provice and their subjection degree. At the same time, a model of crop varieties matching up to sub-area of corn in Jilin province was given.Conclusion The integration of GIS and ES can supply effective decision-making support for the macro-management of agriculture.

目的研究粮食作物品种的智能动态区划工作。方法通过对智能地理信息系统的深入研究,可获得人工智能技术和地理信息系统的集成,并将它用于研究农业宏观信息的智能化实现。同时系统采用常识推理模型和基于面向对象的知识部件库专家系统结构。结果在地理信息系统平台上,用面向对象技术完成了农业自然条件分区系统,给出了吉林省农业自然条件的分区及隶属程度和以玉米为例的农作物品种配套模型的研究。结论GIS和专家系统的集成能够为农业的宏观管理提供有效的决策支持。

 
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