科学信息本体引导结构参量规模研究

来源期刊:中南大学学报(自然科学版)2010年第5期

论文作者:王汉熙 周祖德 胡树华

文章页码:1845 - 1854

关键词:科学存在原型结构;科学信息本体结构;科学信息生成模块;科学原构数据;科学结构数据;引导结构

Key words:prototype structure of scientific being; ontological structure of scientific information; scientific information creation module; scientific prototype construction data; scientific reconstruction data; guiding structure

摘    要:基于科学存在原型结构(PSSB),以数字制造所涉及的信息智能组构为目标,采用解构方法,讨论科学信息本体结构(OSSI)的运行机制和参量结构。通过结构辨识,提出科学信息生成模块(SICM)是通过引导结构(GS)将科学原构数据(SPCD)导构为科学结构数据(SRD)的功能载体。通过逻辑辨识,提出SPCD→SPCDG(科学原构数据因子)→SRD的变构路径。通过参量辨识,提出由引导工具(GT)、引导指针(GP)、引导模板(GTe)和引导规则(GR)组成的GS参量结构。通过功能辨识,提出将SPCD引导为SRD的GT结构模型。基于GP建立三维分形结构模型和准三维构形结构模型。通过行为辨识,提出由GTe提供变构机制(TM),GP提供导航机制(GM),GR提供控制机制(CM),GT提供传递机制(TrM)。科学信息本体引导结构参量包括:9种FT,12种CT,9种FP,12种CP,9种FR,12种CR,3类9种TR。

Abstract: On the basis of the prototype structure of scientific being (PSSB), with intelligent organization of information involved in digital manufacture as the objective, using the method of deconstruction, the operation mechanism and the parameter structure of the ontological structure of scientific information (OSSI) were discussed. Through structure identification, the scientific information creation module (SICM) which is the function vehicle for scientific prototype construction data (SPCD) being transformed via the guiding structure (GS) into scientific reconstruction data (SRD) were presented. Through logic identification the routes of SPCD→SPCDG→SRD transformation were presented. Through parameter identification, the GS parameter structure consisting of guiding tools (GT), guiding pointers (GP), guiding templates (GTe) and guiding rules (GR) were presented. Through function identification, the GT structure model to guide SPCD into SRD were presented. Based on the GP, a 3D model of fractal structure and a quasi 3D model of configuration structure were constructed. Through performance identification the GTe provides the transformation mechanism (TM), the GP provides the guiding mechanism (GM), the GR provides the control mechanism (CM) and the GT provides the transmission mechanism (TrM). The parameter framework of the guiding structure of scientific information ontology includes 9 FT, 12 CT, 9 FP, 12 CP, 9 FR, 12 CR as well as 9 TR of 3 kinds.

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