Analytical study of Spiking and Its relation With Tactical Performance Of Blockers in Iraqi Volleyball Primer League (2020 – 2021)

The research aimed at analyzing spike in blockers of Iraqi volleyball league clubs as well as finding a correlation relation between spiking and tactical performance of blockers. The researcher used the descriptive method on (96) Iraqi volleyball primer league club players of the season (2020 – 2021). The clubs who came first five (40) were selected and given a questioner for evaluation spiking in volleyball. Click and Scout program was used to come up with the conclusion that state a significant correlation relation between spiking and tactical performing of blocking in primer league volleyball players.

Tensional Relation

This chapter argues that the kinetic relation between different aesthetic forms is defined by a “relational image.” Relation, however, is not a distinct autonomous flow that simply occurs between contrasting aesthetic forms. Kinesthetic relations permeate, define, and order the forms themselves. Abstract and concrete forms rise to dominance in antiquity, but the order and relation of these forms to one another only becomes the primary focus of art during the medieval and early modern periods. This chapter offers first a preliminary and more general definition of kinetic relation, which is then historically developed in the next two chapters. In short, kinesthetic relations or linkages keep distinct aesthetic forms or fields of images both together and apart—distinct, contrasted, and yet moving together in ordered correlation. Relation is present in all works of art, but during the medieval and early modern period, relation becomes one of the most primary and constitutive features of the historical aesthetic field. The goal of this chapter is to prepare a description of the conceptual and kinetic features that define this period of the image: tensional motion, illumination, and contrast.

Methods of substitution detected anomalous values in the realization of a random process

The paper considers a proposed method of detecting anomalous values in the realization of a random process in case of a limited amount of a priori information about the statistical characteristics of the noise component. A new approach is proposed to replace the detected anomalous values, which does not introduce a correlation relation into the results of the output pro-cessed random process.

Clustering within the Framework of Hesitant Fuzzy Sets

In this paper, we propose a variety of correlation coefficient measures for hesitant fuzzy sets (HFSs) and investigate their properties. Moreover, we utilize the concepts of correlation relation matrix, composition matrix and equivalent correlation relation matrix to deal with the clustering problem under hesitant fuzzy environment. Finally, a numerical example is utilized to validate the proposed correlation coefficient measures and the clustering method.

An Analysis on Electrical Conduction Spatial Characteristics in Saline-Alkali Soil

This paper mainly analyzes the spatial distribution of electrical conduction (EC) in the five study areas using the measured data by EM38. The analysis on electrical conduction spatial variation is conducive to correctly understand the electrical conduction measurement results in saline-alkali soil. Based on the analysis of sampled electrical conduction data, the following conclusions are obtained. First, the spatial variation of electrical conduction is related to its mean. From a macro point of view, the greater the mean of electrical conduction is, the stronger spatial heterogeneity will be. This relationship may not be met when two study areas have the similar mean of electrical conduction. Second, the spatial autocorrelation length of electrical conduction distribution is the description of the spatial correlation relation changes with distance, while the sill of electrical conduction indicates the amplitude of electrical conduction spatial variation. Finally, the discrete Fourier transform results show that electrical conduction has different spatial period in the five study areas.

Study of biologic cycles in chronic opisthorchiasis is of great practical importance. Electropuncture diagnosis based upon Foll`s method allows to study daily dynamics of functional activity of hepatobiliary system organs and to analyze received facts using spectral and сosine analysis. Analysis results revealed that patients with chronic opisthorchiasis maintain correlation stage between hepatobiliary and vegetative nervous system in the setting of overstrain of adaptive possibilities of the organism and correlation relation occurs between vegetative nervous system and biliferous system which is absent in healthy subjects

Изучение биоритмов при хроническом описторхозе имеет большое практическое значение. Электропунктурная диагностика по методу Фолля позволяет изучить суточную динамику функциональной активности органов гепатобилиарной системы и проанализировать полученные данные с использованием спектрального и косинор-анализа. Результаты показали, что у больных хроническим описторхозом на фоне перенапряжения адаптивных возможностей организма сохраняется степень корреляции между гепатобилиарной и вегетативной нервной системой и появляется корреляционная связь между вегетативной нервной системой и желчевыводящей системой, отсутствующая у здоровых лиц.

Representation from Bottom and Top

I would like to nominate one more principle for initial inclusion in the science of teleonomy. This principle is that the nature of the stimuli that initiate and regulate a response may be no indication of the function of the response.George Williams could not have anticipated the special relevance his principle has for contemporary analyses of representational content. In particular, his principle provides both a concise statement of where a currently popular strategy for naturalizing representational content has gone wrong and a positive suggestion for how we should right this wrong. I characterize the kind of naturalistic analysis of representation I have in mind asbottom-upbecause it seeks to build representation up from a non-intentional, and hence naturalistically unimpeachable, correlation relation. Many authors have suggested such an approach to naturalizing intentionality, but for clarity and completeness perhaps Fred Dretske'sExplaining Behavior: Reasons in a World of Causesought to be construed as the exemplary source.

A study of electroconvection in the presence of a gravitational field

Measurements were made of the electroconvective heat transfer coefficient in gases (Ar, O2, N2O, and Freon-22); liquid (distilled water); and a colloidal suspension (α-Fe2O3 in distilled water) from a single Pt wire (diameter = 0.025 mm) mounted along the axis of a Cu cylinder (diameter = 53 mm). The measurements were carried out as functions of electric fields (dc and ac) and pressure in the Earth's gravitational field. The measurements reveal a complicated interaction between the electric-field gradient and thermal convection. Measured heat-transfer data are correlated by dimensional analysis. The data are compared with the empirical correlation relation and analytical expression and are well correlated over the range of Rayleigh numbers from 1.2 × 107 to 4.5 × 108. An empirical correlation relation has, also been proposed to evaluate the efficiency of convection and the results for dc and ac fields are presented.