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The Origin, Development and Re-Development of Scientific Theory of Real-time Analysis of Enterprise Input-Outpu Model

机译:企业投入产出模型实时分析科学理论的起源,发展与再发展

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Since 1936, when the input-output analysis method was created by Wassily W. Leontief, Nobel Prize winner, economist and professor of Harvard University in the United States of America, two major weaknesses have remained: the input-output statistic table being out-of-date at the time of tabulating and the direct consumption coefficient “A” having to be “presumed” at the planning stage. It is believed that such weaknesses occur because of the tabulation order. That is, Leontief’s order and method is to establish input-output statistic table firstly and input-output planning table secondly using the mathematic model “X = (I – A)~(-)~(1) Y”. Obviously, if the order and method remain unchanged, problems as being “out-of –date” and “presumed” can not be solved whether it is about micro or macro input-output model tabulation. In addition, as far as the enhancement of management of micro- and macro-economy, the re-establishment of new world economic order and human civilization, be it the economic management in Industry 3.0 era (production automation era) or in the upcoming Industry 4.0 era (customized production era), the basic content of the original scientific theory and its development as well as its further development is vitally instrumental in managing economically in both Industry 3.0 era and Industry 4.0 era. Note: For convenience, “input-output planning table” and “input-output statistic table” are shortened as “input-output table”; “real-products input-output planning table” and “valued-products input-output planning table” as “input-output planning table”; “real-products input-output statistic table ” and “valued-products input-output statistic table” as “input-output statistic table”; “input-output planning model” and “input-output statistic model” are shortened as “input-output model”; “micro input-output optimal planning model” and “macro input-output optimal planning model” as “input-output optimal planning model”; “micro input-output optimal planning model management” and “macro input-output optimal planning model management” as “model management”; “micro economic management” and “macro economic management” as “economic management”; “micro economic order” and “macro economic order” are shortened “economic order”, “new accounting theory” is from the understanding of accounting theory, accounting principle, accounting standard, accounting method and management method which are based on real-time analysis of enterprise input-output optimal planning model and just-in-time analysis of enterprise input-output statistic model; and to lay micro and macro input-output optimal planning model as the science foundation of big data and cloud computing is shortened as to lay input-output optimal planning model as the science foundation of big data and cloud computing. In addition, because of the specialized structure, economic content and operation form (mathematical model), “input-output table” is also referred to as “input-output model”.
机译:自1936年以来,当诺贝尔奖获得者,经济学家,美国哈佛大学教授瓦西里·莱昂蒂夫(Wassily W. Leontief)创建输入输出分析方法时,仍然存在两个主要弱点:输入输出统计表超出了制表时的最新日期,并且必须在计划阶段“假定”直接消耗系数“ A”。可以认为,由于制表顺序的缘故,出现了这些缺点。也就是说,Leontief的命令和方法是首先使用数学模型“ X =(I – A)〜(-)〜(1)Y”建立投入产出统计表,然后再建立投入产出计划表。显然,如果顺序和方法保持不变,则无论是关于微观还是宏观投入产出模型表,都无法解决“过期”和“假定”的问题。此外,就加强微观和宏观经济管理,重建新的世界经济秩序和人类文明而言,无论是工业3.0时代(生产自动化时代)还是即将到来的工业中的经济管理。 4.0时代(定制生产时代),原始科学理论的基本内容及其发展以及进一步的发展,对于工业3.0时代和工业4.0时代的经济管理至关重要。 注:为方便起见,“投入产出计划表”和“投入产出统计表”简称为“投入产出表”;作为“投入产出计划表”的“实物投入产出计划表”和“有价值产品投入产出计划表”;作为“投入产出统计表”的“实际产品投入产出统计表”和“有价产品投入产出统计表”; “投入产出计划模型”和“投入产出统计模型”简称为“投入产出模型”;作为“投入产出最优计划模型”的“微观投入产出最优计划模型”和“宏观投入产出最优计划模型”; “微观投入产出最优计划模型管理”和“宏观投入产出最优计划模型管理”作为“模型管理”;将“微观经济管理”和“宏观经济管理”称为“经济管理”; “微观经济秩序”和“宏观经济秩序”简称为“经济秩序”,“新会计理论”是基于对会计理论,会计原理,会计准则,会计方法和管理方法的理解,并基于实时分析企业投入产出最优计划模型的建立及企业投入产出统计模型的实时分析;缩短了微观和宏观投入产出最优计划模型作为大数据和云计算的科学基础,以奠定投入产出最优计划模型作为大数据和云计算的科学基础。另外,由于专门的结构,经济内容和操作形式(数学模型),“投入产出表”也称为“投入产出模型”。

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