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为进一步说明之前的文章,提出了支持面向特定系统表现特征(system manifestation feature,SMFs)的信息管理和构成系统模型编程的信息模式构造(information schema construct,ISCs)。首先,简要介绍了(1)利用SMFs进行具体化设计的一般过程,(2)创建基因型和表型SMFs的步骤,(3)表型SMFs实例化的具体步骤,以及(4)系统模型管理和处理的步骤。接着,讨论了表型SMFs实例化所需的信息块,提出了为实现SMFs实例化而设计的ISCs。然后,讨论了与系统建模相关的信息管理问题。在研究方法上,系统建模包括(1)在模型空间中放置表型SMFs,(2)针对所需架构和操作,组合所放置的表型SMFs,(3)参数赋值以及约束条件符合程度检查,以及(4)在基于SMFs的数据仓中存储系统构建模型。研究的最终目标是开发一个支持信息物理系统(cyber-physical systems,CPSs)建模的基于SMFs的工具箱。
To further illustrate the previous articles, we propose information management that supports system manifestation features (SMFs) and information schema constructs (ISCs) that make up system model programming. First, a brief introduction of (1) the general process of materialized design using SMFs, (2) steps of creating genotypes and phenotypic SMFs, (3) concrete steps of phenotypic SMFs instantiation, and (4) systematic model management And processing steps. Next, the information blocks needed to instantiate phenotypic SMFs are discussed, and ISCs designed to instantiate SMFs are proposed. Then, we discuss the information management issues related to system modeling. On the research approach, the system modeling includes (1) placing phenotypic SMFs in the model space, (2) combining the placed phenotypic SMFs for the desired architecture and operation, (3) parameter assignment, and constraint compliance checks , And (4) storage system build models in SMFs-based data warehouses. The ultimate goal of the research is to develop a SMFs-based toolkit that supports the modeling of cyber-physical systems (CPSs).