首页> 外国专利> RETRACTABLE UTILITY FUNCTION OR PRODUCTION FUNCTION WHICH CAN EXPRESS ARBITRARY NUMBER OF INFERIOR COMMODITIES, DEMAND FUNCTION GROUPS RELATED THERETO, AND SYSTEMATIC METHOD FOR GENERATING FUNCTION GROUPS FROM OBSERVATION DATA

RETRACTABLE UTILITY FUNCTION OR PRODUCTION FUNCTION WHICH CAN EXPRESS ARBITRARY NUMBER OF INFERIOR COMMODITIES, DEMAND FUNCTION GROUPS RELATED THERETO, AND SYSTEMATIC METHOD FOR GENERATING FUNCTION GROUPS FROM OBSERVATION DATA

机译:可以表达任意数量的劣质商品,与其相关的需求功能组以及从观察数据生成功能组的系统方法的可伸缩实用功能或生产功能

摘要

To summarize changes in the demand amounts of a large number of commodities in one utility function by a utility function capable of calculating values of expressing an arbitrary number of inferior commodities (object 1), to generate a demand function from the utility function and realize a function in which a sequence of the demand amount x naturally changes to changes in a budget m or in a price (object 2), and to estimate parameters of the utility function or the demand function from the observation data and generate the parameters (object 3).SOLUTION: 1. An expression is employed which allows a calculator to perform an accurate calculation of the value of an implicit function while using an implicit function based on an addition structure as a utilization function. 2. The success rate of a regression is increased by reducing the number of the parameter of functions to facilitate an operation. 3. The success rate of a regression is increased by a method of dissolving a multivariable non-linear multiple regression into n times of non-linear single regressions.SELECTED DRAWING: Figure 5
机译:通过能够计算表示任意数量的劣质商品的价值的效用函数(对象1)来总结一个效用函数中大量商品需求量的变化,从而从该效用函数生成需求函数并实现函数,其中需求量x的顺序自然地改变为预算m或价格的变化(对象2),并根据观测数据估计效用函数或需求函数的参数并生成参数(对象3 )。解决方案:1.使用一个表达式,该表达式允许计算器在将基于加法结构的隐式函数用作利用率函数时,对隐式函数的值进行准确的计算。 2.通过减少函数参数的数量来简化操作,可以提高回归的成功率。 3.通过将多变量非线性多重回归分解为n次非线性单次回归的方法,可以提高回归的成功率。图5

著录项

  • 公开/公告号JP2020038607A

    专利类型

  • 公开/公告日2020-03-12

    原文格式PDF

  • 申请/专利权人 TAKAHASHI HIDEJI;

    申请/专利号JP20190076726

  • 发明设计人 TAKAHASHI HIDEJI;

    申请日2019-04-14

  • 分类号G06Q10/06;

  • 国家 JP

  • 入库时间 2022-08-21 11:37:41

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