专用软件-微原点多项式插值的节奏积累的干物质的藤

M. Nicolae, M. Marica, N. Atudosiei, A. Dulugeac, Elena Nicolae
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引用次数: 0

摘要

后台有强大的数学装置(特别是带有信息学碟子的数值方法)的专用软件是革命性的实验研究,具有重要的可能性预测,完成了偶尔难以获得的罕见数据的收集。利用数值模拟可以找到计算公式(基于收集的实验数据),利用Matlab作为强大的编程介质,LabVIEW、Microcal Origin消除了许多难以得到的实验计算。如果我们比较两种工作模式之间的结果(和实验数据)表明,所使用的插值方法:样条,三次,线性,多项式(在不同程度上直到10度)有非常小的误差,保真度几乎是100%(95%和98%)。通过得到某一时期(例如,过去60年的平均温度)的数学函数和值的表达式,我们可以通过对干物质积累的预测来预测算法的发展,而无需进一步求助于密集的实验计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DEDICATED SOFTWARE - MICROCAL ORIGIN FOR POLYNOMIAL INTERPOLATION IN RHYTHM OF ACCUMULATION A DRY MATTER OF VINE
The dedicated software having in background a powerful matematichal apparatus(specially numerical methods with informathical saucer) was revolution experimentalresearch, having the posibility important anticipation, completing the colection rare datawhich obtain occasionally with difficulty.Using numerical simulation can find formulas for calculating (based on a collectionof experimental data) using the media as a powerful Matlab programming, LabVIEW,Microcal Origin eliminating many experimental calculations difficult to get. If we comparethe results between the two modes of working (and experimental data) shows that theinterpolation methods used: spline, cubic, linear, polynomial (on different degrees until 10degree) have very small errors, the degree pof fidelity is almost 100% (95% and 98%). Bygetting expression of mathematical functions and values with average temperatures duringcertain periods of time (for example, the average for the past 60 years) we can predict thedevelopment of biorithm by predictions of the accumulation of dry matter without furtherrecourse to dense experimental calculations.
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