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Multidirectional regression analysis 多向回归分析
Q4 MATHEMATICS Pub Date : 2021-01-01 DOI: 10.33545/26648636.2021.v3.i1a.30
Koen Van de Moortel
The so-called ‘least squares regression’ for mathematical modelling is a widely used technique. It’s so common that one might think nothing could be improved to the algorithm anymore. But it can. By searching the ‘least squares’ not just in the vertical direction The first test results are very promising, and especially for power functions, often used in biomedical sciences, the conclusions you make from your data can change dramatically. Fermat prime exist up to1050.
数学建模中所谓的“最小二乘回归”是一种广泛使用的技术。它是如此普遍,以至于人们可能会认为算法已经没有什么可以改进的了。但它可以。通过搜索“最小二乘”,而不仅仅是在垂直方向上,第一个测试结果非常有希望,特别是对于经常用于生物医学科学的幂函数,您从数据中得出的结论可能会发生巨大变化。费马素数存在到1050。
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引用次数: 1
Bulk viscous LRS bianchi type-I cosmological model of the inflationary universe in general relativity 广义相对论中膨胀宇宙的体积粘性LRS - bianchi型宇宙学模型
Q4 MATHEMATICS Pub Date : 2021-01-01 DOI: 10.33545/26648636.2021.v3.i2a.34
A. P. Wasnik, P. P. Khade
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引用次数: 0
Dark energylt;img alt=quot;quot; src=quot;C:UsersguptaDesktop/1 file png.(png)quot; /gt;lt;img alt=quot;quot; src=quot;http://www.physicsjournal.net/uploads/JPG_20210419_095951.jpgquot; style=quot;height:12px; width:25pxquot; /gt;gravity cosmological models in the form of wet dark fluid 暗能量;img alt=quot;src= " C: usersguptaddesktop /1文件png.(png) ";/ gt;肝移植;img alt =”;“src =“http://www.physicsjournal.net/uploads/JPG_20210419_095951.jpgquot;风格=“高度:12 px;宽度:25 pxquot;/gt;湿暗流体形式的重力宇宙学模型
Q4 MATHEMATICS Pub Date : 2021-01-01 DOI: 10.33545/26648636.2021.v3.i1a.26
SR Bhoyar
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引用次数: 0
A review article on fixed point theory andamp; its application use in economics andamp; game theory 不动点理论及其应用综述它在经济和社会中的应用;博弈理论
Q4 MATHEMATICS Pub Date : 2021-01-01 DOI: 10.33545/26648636.2021.v3.i2a.32
A. .
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引用次数: 0
Solving some special classes of standard congruence of prime modulus of higher degree 求解高次素数模标准同余的若干特殊类
Q4 MATHEMATICS Pub Date : 2021-01-01 DOI: 10.33545/26648636.2021.v3.i1a.29
B. M. Roy, A. Qureshi
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引用次数: 0
TWO PHASE SPHERICAL STEFAN INVERSE PROBLEM SOLUTION WITH LINEAR COMBINATION OF RADIAL HEAT POLYNOMIALS AND INTEGRAL ERROR FUNCTIONS IN ELECTRICAL CONTACT PROCESS 电接触过程中径向热多项式与误差积分函数线性组合的两相球面stefan反问题求解
Q4 MATHEMATICS Pub Date : 2020-12-31 DOI: 10.26577/ijmph.2020.v11.i2.01
S. Kharin, T. Nauryz, B. Miedzinski
Abstract. In this research the inverse Stefan problem in spherical model where heat flux has to be determined is considered. This work is continuing of our research in electrical engineering that when heat flux passes through one material to the another material at the point where they contact heat distribution process takes the place. At free boundary α (t) contact spot starts to boiling and at β (t) stars to melting and there appear two phase: liquid phase and solid phase. Our aim to calculate temperature in liquid and solid phase, then find heat flux entering into contact spot. The exact solution of problem represented in linear combination of series for radial heat polynomials and integral error functions. The recurrent formulas for determine unknown coefficients are represented. The effectiveness of method is checked by test problem and approximate problem in which exact solution and approximate solution of heat flux is compared. The coefficients of heat at liquid and solid phases and heat flux are found. The heat flux equation is checked by testing problem by using Mathcad program.Key words: Stefan problem, radial heat polynomials, Faa-di Bruno, collocation method.
摘要本文研究了球面模型中需要确定热流密度的反Stefan问题。这项工作是我们在电气工程方面的研究的继续,当热流通过一种材料到另一种材料时,在它们接触的地方,热量分布过程发生了变化。在自由边界α (t)处接触点开始沸腾,在β (t)处接触点开始熔化,出现液相和固相两相。我们的目的是计算液相和固相的温度,从而求出进入接触点的热流密度。径向热多项式与误差积分函数线性组合问题的精确解。给出了确定未知系数的递推公式。通过测试问题和近似问题,比较了热流密度的精确解和近似解,验证了方法的有效性。求得了液固两相的热系数和热流密度。利用Mathcad程序通过测试问题对热流方程进行了验证。关键词:Stefan问题,径向热多项式,Faa-di Bruno,配置法
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引用次数: 4
Evaluation process associated with multiple intelligences in high school students of the Ecuadorian educational system 厄瓜多尔教育系统中学生多元智能的评估过程
Q4 MATHEMATICS Pub Date : 2020-12-27 DOI: 10.31295/IJPM.V3N1.900
L. Rodríguez, Karina Eliana Castro Intriago, L. Cevallos, Lubis Carmita Zambrano Montes
Formative assessment is ideal for improving teaching and learning processes. However, little is practiced systematically and a traditional approach still persists in many educational institutions that value the product rather than the process. The objective of this study is to determine the evaluative process associated with multiple intelligences in high school students from an Educational Unit in the city of Manta. Methodologically, this research project is of a mixed type with a qualitative-quantitative approach since it obtains real data that evaluates the results. To collect the information, information from primary sources will be used and will be carried out through a survey via Google to teachers and secondary information will be taken from accredited sources of virtual libraries, indexed magazines, and other academic Google publications. The results will be processed using statistical methods that will allow their analysis and interpretation. As a result of it, a set of formative evaluation activities underlying the pedagogical practice of the teacher was obtained, assessing the general process of formative evaluation of learning included in the teaching-learning processes. The process is useful for conducting a conscious and systematic formative assessment.
形成性评估是改善教与学过程的理想方法。然而,很少有系统的实践,许多教育机构仍然坚持传统的方法,重视产品而不是过程。本研究的目的在于确定曼塔市某教育单位中学生多元智能的评估过程。在方法上,本研究项目是一种混合类型的定性和定量方法,因为它获得了评估结果的真实数据。为了收集信息,将使用来自主要来源的信息,并将通过谷歌对教师进行调查,次要信息将从虚拟图书馆,索引杂志和其他学术谷歌出版物的认可来源中获取。结果将使用统计方法进行处理,以便对其进行分析和解释。因此,我们获得了一套形成性评价活动,这些活动是教师教学实践的基础,评估了教学过程中学习的形成性评价的一般过程。这个过程对于进行有意识和系统的形成性评估是有用的。
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引用次数: 0
Physical-cognitive-emotional pedagogical integration approach for attention to diversity from initial training in physical culture 从最初的体育训练到关注多样性的身体-认知-情感教学整合方法
Q4 MATHEMATICS Pub Date : 2020-05-29 DOI: 10.31295/IJPM.V3N1.138
Idalia Clejel Toirac
The research is based on an approach of physical-cognitive-emotional pedagogical integration for the attention to diversity in initial training gives an account of how to structure this process based on equality between the physical-cognitive - Emotional and attention to diversity as aspects that typify the dynamics of pedagogy in the act of preparing for the improvement of educational practice.
该研究基于对初始训练中多样性关注的身体-认知-情感教学整合方法,说明了如何基于身体-认知-情感和对多样性的关注之间的平等来构建这一过程,这是为改进教育实践做准备的教育学动态的典型方面。
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引用次数: 0
On two ways to improve the rheology of high viscous oil in an oil pipeline 探讨了改善输油管道中高粘度原油流变性的两种途径
Q4 MATHEMATICS Pub Date : 2020-01-01 DOI: 10.26577/ijmph.2020.v11.i1.08
L. A. Nesterenkova, P. Nesterenkov, Z. H. Spabekova
. Transportation of highly viscous and high-curing oils through main pipelines requires significant energy costs. Thus, the task of choosing the cheapest pumping modes is very relevant. The article describes and proposes a solution to the oil flow problem in a pipeline using two methods: with preheating and using a Laval nozzle at the inlet of the pipeline. Mathematical models of the flow of high-viscosity oil in the main oil pipeline for the two named pumping methods have been compiled. An algorithm has been developed for calculating temperature, viscosity and pressure along the length of the Uzen-Atyrau pipeline at various oil flow rates. The results of temperature and pressure distribution are analyzed and compared at different oil flow rates along the length of the pipeline for two pumping methods. It is shown that the use of cavitation improves the rheological properties of oil and can significantly reduce the cost of pumping. The research results can be used to predict the operation of main oil pipelines pumping oil both in a heated state and in isothermal mode with a Laval nozzle.
。通过主要管道运输高粘度和高固化油需要大量的能源成本。因此,选择最便宜的泵浦模式是非常重要的。本文介绍并提出了用预热和在管道入口使用拉瓦尔喷嘴两种方法解决管道内油流问题的方法。编制了两种抽油方式下主油管高粘度油流动的数学模型。已经开发了一种算法,用于计算不同油流量下Uzen-Atyrau管道长度上的温度、粘度和压力。分析比较了两种泵送方式在不同油流量下沿管道长度的温度和压力分布结果。结果表明,利用空化技术改善了原油的流变性能,显著降低了抽油成本。研究结果可用于预测主要输油管道在加热状态和等温模式下使用拉瓦尔喷嘴抽油的运行情况。
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引用次数: 0
Parameter estimation of inverted exponential distribution via Bayesian approach 用贝叶斯方法估计倒指数分布的参数
Q4 MATHEMATICS Pub Date : 2020-01-01 DOI: 10.33545/26648636.2020.v2.i2a.21
A. Rao, H. Pandey
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引用次数: 0
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International Journal of Mathematics and Physics
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