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本文从探讨情报学的概念结构入手,区分出了形态、作用场(包括空间——智能空间与物理空间,时域——共时域与历时域,层次,维度)和属性(物理属性、语义属性和行为属性)三个大的概念要素,将与情报学有关的活动分解为现象、过程和系统三个大的多维座标系,并按上述概念结构分别提出了三个座标系的分析模型,具体分析了现象、过程和系统的要素范畴,并根据概念要素的组配规律和三个座标系的交叉耦合,从原则上揭示了情报学的宏观研究领域和分支学科以及分支学科集群的组合规律。文中提出的概念结构和分析模型为建立情报学的宏观学科结构和对分支学科进行微观剖析提供了方法和思路。
This dissertation begins with the discussion of the conceptual structure of information science, and distinguishes the form of the field of action (including space - intelligent space and physical space, time domain - time domain and time domain, level, dimension) and attributes Attributes and behavioral attributes) three large elements of the concept of information-related activities will be decomposed into phenomena, processes and systems of three large multi-dimensional coordinate system, and according to the concept of the structure were proposed three coordinate system analysis Model, analyzed the categories of phenomena, processes and system elements in detail, and revealed in principle the macroscopic research fields and branches of information science and the branch disciplines clusters according to the law of composition of the conceptual elements and the cross-coupling of the three coordinate systems The combination of law. The conceptual structure and analysis model proposed in this paper provide a method and idea for establishing the macroscopic discipline structure of information science and microscopically analyzing the branch subject.