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首页> 外文期刊>Acta Horticulturae >A non-linear dynamical prediction model for superficial scald development on 'Granny Smith' apples after cold storage.
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A non-linear dynamical prediction model for superficial scald development on 'Granny Smith' apples after cold storage.

机译:冷藏后“格兰尼史密斯”苹果表皮生长的非线性动力学预测模型。

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摘要

A model was developed to fulfil a need created by the fact that, in any highly interactive system, there is a tendency for a drift to occur in the equilibrium state which causes difficulties in the application of statistical methods based on regression techniques. The cause and effect model described is based on the introduction of dynamics into the system and is related to the theory of deterministic chaos (non-linear dynamics). Assumptions which are implicit in the use of regression techniques donot apply in this computer program (model), which calculates the drift of all the relevant variables and places these into the context of a multivariate, dynamic, cause and effect (input-output) matrix. From this matrix, by relating the vectors of the variables simultaneously, it is possible to obtain the relative overall vector and non-linear vector effects for all of the variables being used in a general research and management control system, thereby enhancing the information which may be obtained from statistical experiments.
机译:为了满足以下事实而开发的模型:在任何高度交互的系统中,平衡状态都有发生漂移的趋势,这会给基于回归技术的统计方法的应用带来困难。所描述的因果模型是基于将动力学引入系统的,并且与确定性混沌(非线性动力学)理论相关。使用回归技术所隐含的假设不适用于此计算机程序(模型),该计算机程序将计算所有相关变量的漂移并将其置于多元,动态,因果(输入输出)矩阵的上下文中。从这个矩阵中,通过同时关联变量的向量,有可能获得通用研究和管理控制系统中使用的所有变量的相对总向量和非线性向量效应,从而增强信息从统计实验中获得。

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