Miracle-dz/UniFAR-FTUs huggingface dataset:
Factorial validity of the organizational health inventory among Omani teachers: Invariance across gender

This study examined the factor structure of the Organizational Health Inventory (OHI) scale among Omani teachers. There were four factors assumed to represent the OHI (principal influence, academic emphasis, morale, and initiating integrity). Testing the scale reliability was another aim of this study. A random sample (n=458) of Omani teachers was considered. The short version of the scale has 30 items. Exploratory and confirmatory factor analysis was performed on the sample data. The model is good fitted to the data. Across gender, the invariance of the structure was tested, and the parameters of the model were invariant. Consequently, the two genders were compared via multivariate analysis of variance (MANOVA) with gender as an independent variable and subscales. The female teachers were found to more likely show principal influence, academic emphasis, and morale than the male teachers, who instead, were more efficacious than the female teachers in dealing with institutional integrity.
International Journal of Evaluation and Research in Education (IJERE)

Received May 24, 2021 Revised Feb 25, 2022 Accepted Mar 27, 2022 This study aimed to explore the management of the life skills program organized by special high schools at the senior level. The case study approach was carried out by employing observations, interviews, and documentation techniques. The participants involved principal, teachers, graduates, parents, local government, and company. These participants involved themselves in efforts to support actively and their commitment to the success of the management of life skills program. The results indicated that the life skills program was well managed as it successfully delivered graduates to work in the company and be financially independent. The commitment of the school with the company and parents to enhance the independence of graduates with disabilities was through the life skills program to provide them with some valuable skills.
http://ijere.iaescore.com The influence of fiqh insights and science literacy on student ability in developing Quran-based

Info 2022 Islamic education institutions are responsible for the process of integration of knowledge which aims to encourage the mastery and improvement of general science and religious knowledge in harmony. This study aimed to see the extent of the influence of the ability of fiqh (Islamic jurisprudence) and scientific literacy on the ability of physics students in developing integrated learning Quran-based science. Through a quantitative approach with a survey model of physics education students involving 150 students, it was found that the correlation value R cal (0.943)>R table (0.1339) with a sig. value (2-tailed) 0.000<0.05. Furthermore, it is also known that the correlation between scientific literacy and integration ability is R cal (0.512)>R table (0.1339) with a sig. (2-tailed) 0.000<0.05. ANOVA test results (F test) showed the value of F cal (632.126)>F table 3.91 with a probability of 0.05. Thus, it can be understood that simultaneously the independent variables ( fiqh insights and scientific literacy) affect the dependent variable (the ability to develop integrated learning Quran-based science as tools of learning). These results are also supported by a sig. 0.00<0.05, which means that the independent variables simultaneously influence the dependent variable
International Journal of Evaluation and Research in Education (IJERE)

Received Aug 15, 2022 Revised Mar 18, 2023 Accepted Apr 7, 2023 In online learning, students often experience problems related to the use of technology. One of them is enterprise resource planning (ERP) technology. Therefore, this study aimed to analyze the technology readiness index (TRI) to measure the extent to which students’ readiness for ERP gamification. This research targets students who use ERP gamification during management information systems and accounting information systems courses. The technique of determining the sample is using a census. So that all the population is used as a sample of 153 students in Indonesia, then analyzed using TRI. Through TRI analysis using SEM PLS, most students studying ERP gamification have a medium readiness index. The findings of this research showed that students are very close to technology, so they have a strong adoption of technology. Most students have an explorer character where they are enthusiastic and have high curiosity about learning ERP gamification. Pioneers who need a little encouragement from external parties to adopt ERP gamification. However, typical skeptics should be given a concrete example of the benefits of using ERP in learning. This research is also a benchmark for developing technology-based learning media according to the characteristics of students who are intended for technology in higher education.
D ELECTROMAGNETIC FIELD SIMULATION OF SILICON CARBIDE AND GRAPHITE PLATE IN MICROWAVE OVEN

Now a days, microwave processing of materials is gaining popularity due to its specific characteristic such as rapid heating, volumetric and internal heating, selective heating, reduced processing time and power consumption in contrast to conventional processing of materials. The microwave interaction of materials depends upon the dielectric properties of the materials being processed. Thus for optimum utilization of this technology, the understanding of the phenomenon of propagation of electromagnetic field in the material and how it interacts with material with different dielectric properties is the key aspects. This paper represents the simulation of the materials having different dielectric properties, such as silicon carbide and graphite plate using COMSOL Multiphysics (version 4.3) FEA based simulation software. Simulation result shows that the temperature in the silicon carbide reaches up to 868 °C in 300 s with resistive losses of 1 x 108 W/m3 and temperature in graphite plate reaches up to 486 °C in 300 s with resistive losses of 4 x 107 W/m3 by exposure of microwave radiation at 900 W.
Multinomial Logit Models in Marketing - From Fundamentals to State-of-the-Art

Ossama Elshiewy is Assistant Professor of Marketing (Akademischer Rat) at University of Goettingen, Platz der Goettinger Sieben 3, 37073 Goettingen, Phone +49 (0)551/39-7269, Fax +49(0)551/39-5849, E-Mail: oelshie@uni-goettingen.de. *Corresponding Author. Daniel Guhl is Postdoctoral Researcher at Humboldt University Berlin, Spandauer Straße 1, 10178 Berlin, Phone +49(0)30/ 2093-5750, Fax +49(0)3
Project Title : Decision Support to Improve Dental Care for Medically Compromised Patients

2. STRUCTURED ABSTRACT (250 word maximum) Purpose. eDental Guides is a clinical decision support (CDS) system that integrates dental and medical records with clinical guidelines to improve the quality and safety of dental care for medically complex patients. The purpose of this study was to evaluate the efficacy of different strategies within the CDS to alert providers at the point of care to improve care for patients with medically complex conditions.
P o S ( D I S 2 0 1 4 ) 1 8 7 Charmonium production at HERA

The exclusive deep-inelastic electro-production of ψ(2S) and J/ψ(1S) has been studied with the ZEUS detector at HERA using data corresponding to an integrated luminosity of 354 pb−1. The decay modes analyzed were μ+μ− and J/ψ(1S)π+π− for the ψ(2S), and μ+μ− for the J/ψ(1S). The analysis was carried out in the kinematic range 5 ≤ Q2 ≤ 70 GeV2, 30 ≤W ≤ 210 GeV, and |t| ≤ 1 GeV2, where Q2 is the photon virtuality, W the virtual-photon proton centre-
P o S ( C R I S M 2 0 1 4 ) 0 4 6 P ICARD : A new Code for The Galactic Cosmic Ray Propagation Problem

We present PICARD, our newly developed code for the numerical solution of the cosmic ray transport equation with a focus on Galactic cosmic rays. This code allows for the computation of cosmic ray spectra and the resulting Galactic gamma-ray emission. Shortcomings present in other propagation codes were overcome by the development of PICARD: we introduced contemporary numerical solvers that allow efficient computation on very high resolution (decaparsec) scales. As emphasized in recent studies, we also allow for locally anisotropic spatial diffusion using a full diffusion tensor. The capabilities of PICARD are illustrated by investigating the transition from axially symmetric cosmic ray source distributions to spiral arm cosmic ray source distribution, including consequences for the various observables related to cosmic rays.
Assortative Meeting and Mating: Unintended Consequences of Organized Settings for Partner Choices

An important hypothesis about why people generally interact with people who are socially or culturally similar to themselves is that the opportunities they have to meet similar others are greater than the opportunities they have to meet dissimilar others. We examine this supply-side perspective on social relationships by empirically linking marriage choices to the type of setting couples had in common before they married. We focus on five meeting settings (work, school, the neighborhood, common family networks, and voluntary associations) and five types of homogamy (with respect to age, education, class destinations, class origins, and religious background). Using data from face-to-face interviews among married and cohabiting couples in the Netherlands, we show that these five contexts account for a sizable portion of the places where partners have met. Using loglinear analyses, we subsequently examine whether couples who shared settings are more homogamous than couples who did not share a setting. Our results indicate that schools promote most forms of homogamy, while work places only promote homogamy with respect to class destinations. Neighborhoods and common family networks promote religious homogamy, but they are not related to homogamy with respect to class origins. While in some cases, settings have unexpected effects on marriage choice, our findings generally confirm the notion that mating requires meeting: the pool of available interaction partners is shaped by various institutionally organized arrangements and these constrain the type of people with whom we form personal relationships.
Some Thoughts on Measurements of Marginal Bedload Transport Rates Based on Experience from Laboratory Flume Experiments

Bedload measurements comprise an important component in the development of reliable formulae, in an effort to obtain the necessary constitutive relations between amount of transported material and flow parameters. The uncertainty of such measurements is rather well known, being much more pronounced at lower transport rates. This uncertainty stems from the multitude of factors affecting bedload transport and the lack of available trustworthy measuring technologies. Predictions of the limiting case of nearly zero bedload transport, typically reported in the literature as threshold of motion or critical condition, are even more challenging. The purpose of this contribution is twofold. First, to examine the sensitivity of bedload transport measurements at conditions moderately higher than critical, to the presence of a rather unobtrusive trap, designed through several iterations. Even under relatively simple laboratory flume channel and flow conditions, it proved difficult to measure the bedload transport rate in a completely unbiased way. Second, to develop a methodology, together with the appropriate instrumentation, for determining the condition of incipient motion. The non-intrusive approach described here proved to be reliable in detecting even the slightest movements of a particle. At the same time, it demonstrates the complexity of the problem due to the highly fluctuating nature of turbulent flow.
Synthesis of porous Al2TiO5 ceramic by reaction sintering method

In this paper, porous aluminum titanate (Al2TiO5) ceramic was fabricated by reaction sintering method using Al2O3 and TiO2 as raw materials and corn starch as pore-forming agent. In order to decrease the decomposition and improve strength of porous Al2TiO5 ceramic, 5wt% of Fe2O3 and 4wt% of SiO2 were added as modifying agents. The influences of sintering temperature and content of pore-forming agent on phase constitution, apparent porosity, compressive strength and elemental distributions of the sintered products were investigated. The results show that porous Al2TiO5 ceramics with apparent porosity about 45­48% can be produced by reaction sintering method at temperature of 1500°C for 2 h. The synthesis yield of pure Al2TiO5 can achieve more than 95% using 5wt% Fe2O3 and 4wt% of SiO2 as modifying agents when sintering temperature was 1500°C. The distributions of Fe, Ti, Al and O are homogeneous in the grain, however majority of Si distributed in the grain boundaries of Al2TiO5 which is proved by the EMPA (elemental mapping image analysis). ©2012 The Ceramic Society of Japan. All rights reserved.
A Review on: Lumpy Skin Disease: Enhance Awareness on the Epidemiological situation and Diagnosis; Prevention and Control Measures in Ethiopia

Lumpy skin disease (LSD) is an economically significant viral disease of cattle and caused by lumpy skin disease virus (LSDV). The virus is belonging to the genus Capri poxvirus (CaPV) of the family Poxviridae. Recently, the disease has been rapidly spreading to the Middle East, South east Europe and parts of Russian federation. The disease causes significant economic loss due to hide damage, loss of milk production, mastitis, infertility and death. Clinically, LSD is characterized by circumscribed skin nodules, fever, and abortions in females and sterility in males. LSD damages hides and causes death due to secondary bacterial infections. LSD is principally transmitted by blood-feeding arthropod vectors. However, transmission of the disease between animals is inefficient. Diagnosis is mainly based on observation of clinical signs and identification of the agent using conventional and real-time PCR methods, electron microscopy, and isolation of the virus in cell cultures, and using conventional serological tests. In endemic countries, vaccination is the only effective method to control the disease using live attenuated vaccines derived from Kenyan sheep and goat pox virus (KSGP) strains. However, there are reports of insufficient protection of the existing vaccines. Therefore; there is a need for more extensive data from the field and for larger-scale clinical trials to ensure the efficacy and safety of the current vaccines
A Study of the Protein Folding Dynamic

In this paper, we propose two means to study the protein folding dynamic. We rely on the HP model to study the protein folding problem in a continuous graphic environment. The amino acids evolve according to the boid rules, we observe a collective behavior due to the attraction between residues of H type. We propose a first step to simulate a folding process. As well, we present a way to fold a protein when it is represented by an amino acid interaction network. This is a graph whose vertices are the proteins amino acids and whose edges are the interactions between them. We propose a genetic algorithm of reconstructing the graph of interactions between secondary structure elements which describe the structural motifs. The performance of our algorithms is validated experimentally.
Title On the definition of entanglement entropy in lattice gaugetheories

We focus on the issue of proper definition of entanglement entropy in lattice gauge theories, and examine a naive definition where gauge invariant states are viewed as elements of an extended Hilbert space which contains gauge non-invariant states as well. Working in the extended Hilbert space, we can define entanglement entropy associated with an arbitrary subset of links, not only for abelian but also for non-abelian theories. We then derive the associated replica formula. We also discuss the issue of gauge invariance of the entanglement entropy. In the ZN gauge theories in arbitrary space dimensions, we show that all the standard properties of the entanglement entropy, e.g. the strong subadditivity, hold in our definition. We study the entanglement entropy for special states, including the topological states for the ZN gauge theories in arbitrary dimensions. We discuss relations of our definition to other proposals.
Network Formation in a Society with Fragmented Knowledge and Awareness

In modern society knowledge is extremely fragmented and production typically requires the linking of knowledge of many specialists. To study the incentives for linking knowledge across society, we combine a model of knowledge and awareness with a model of strategic network formation. We highlight the role of specialists and generalists. Specialization allows for “deep” knowledge that is potentially beneficial for society. Yet specialists with their “tunnel” view often fail to realize the benefit of linking knowledge across specialists. In contrast, generalists although they “know nothing” see many connections. They are in the center of resulting social networks and “talk a lot” despite having just superficial knowledge. When structuring hierarchies in a social network, it is efficient to put generalists in “positions of power” where they can impose communication on specialists. Finally, the generalist will emerge as an entrepreneur by employing specialists and retaining the residual profit.
The Future of E-Voting

Voting systems have been around for hundreds of years and despite different views on their integrity, have always been deemed secure with some fundamental security and anonymity principles. Numerous electronic systems have been proposed and implemented but some suspicion has been raised regarding the integrity of elections due to detected security vulnerabilities within these systems. Electronic voting, to be successful, requires a more transparent and secure approach, than is offered by current protocols. The approach presented in this paper involves a protocol developed on blockchain technology. The underlying technology used in the voting system is a payment scheme, which offers anonymity of transactions, a trait not seen in blockchain protocols to date. The proposed protocol offers anonymity of voter transactions, while keeping the transactions private, and the election transparent and secure. The underlying payment protocol has not been modified in any way, the voting protocol merely offers an alternative use case.
New Method to Assess the Luminosity Function of Galaxies

ISSN: 1937-9056 Copyright © 2016 Answers in Genesis. All rights reserved. Consent is given to unlimited copying, downloading, quoting from, and distribution of this article for non-commercial, non-sale purposes only, provided the following conditions are met: the author of the article is clearly identified; Answers in Genesis is acknowledged as the copyright owner; Answers Research Journal and its website, www.answersresearchjournal. org, are acknowledged as the publication source; and the integrity of the work is not compromised in any way. For more information write to: Answers in Genesis, PO Box 510, Hebron, KY 41048, Attn: Editor, Answers Research Journal. The views expressed are those of the writer(s) and not necessarily those of the Answers Research Journal Editor or of Answers in Genesis. Abstract We here present a new computationally efficient method of computing the luminosity function of galaxies. Determination of the luminosity function is necessary to remove selection effects in the Sloan Digital Sky Survey (SDSS) data so that scientists may analyze intergalactic structures and assess the validity of claims of galactocentric shells. The new method is expected to give a more accurate determination of the luminosity and selection functions than other methods. We apply this method to data from the SDSS and find that the results are consistent with older, traditional methods, and yet of higher quality for low-brightness galaxies. We find that small variations in galaxy density as a function of redshift do exist, and are not due to the Malmquist bias.
A Typed, Algebraic Approach to Parsing

In this paper, we recall the definition of the context-free expressions (or µ -regular expressions), an algebraic presentation of the context-free languages. Then, we define a core type system for the context-free expressions which gives a compositional criterion for identifying those context-free expressions which can be parsed unambiguously by predictive algorithms in the style of recursive descent or LL(1). Next, we show how these typed grammar expressions can be used to derive a parser combinator library which both guarantees linear-time parsing with no backtracking and single-token lookahead, and which respects the natural de-notational semantics of context-free expressions. Finally, we show how to exploit the type information to write a staged version of this library, which produces dramatic increases in performance, even outperforming code generated by the standard parser generator tool ocamlyacc.
SCOUR AND DYNAMIC PRESSURE OF IMPINGING JETS WITH AND WITHOUT AERATION : AN ANNOTATED REVIEW

This paper deals with scour and dynamic pressure of impinging jets with and without aeration in the plunge pool. At present, though we have over 30 empirical formulas of scour depth, there are considerable differences between calculated results from these formulas and measured data. It is easily found that the maximum error is up to 400% and the minimum error is at least 30%. So it is imperative to further develop more reasonable formula of scour depth due to impinging jets. Many researchers have conducted experimental and theoretical studies on it. Some researchers think impinging jets with air entrainment would weaken scour capacity of the jet; however, the other researchers suggest impinging jet with air entrainment would deepen the scour. In addition, this paper deals with impinging dynamic pressure on the plunge pool bottom, including time-averaged and fluctuation distribution of pressure, correlation and frequency-spectrum properties of pressure fluctuation, effects of air entrainment on time-averaged pressure and pressure fluctuation etc.
Optimization of Medicare Advantage Healthcare Plans

This project focuses on the optimization of Medicare Advantage healthcare plans from an insurer’s point of view. The insurance company seeks to maximize profits by increasing demand for the healthcare plans it offers. The problem is an infinite horizon dynamic programming problem on continuous state and action domains. Fitted value iteration and traditional value iteration with simple discretization are used to find approximate solutions. In this scenario, simple discretization outperforms the fitted value iteration approach.
P o S ( I D M 2 0 1 0 ) 0 0 1 The assembly of the Milky Way stellar halo

The theory of the Milky Way formation, in the framework of the ΛCDM model, predicts galactic stellar halos to be built from multiple accretion events sta rting from the first structures to collapse in the Universe. Evidences in the past few decades have indicated that the Gal actic halo consists of two overlapping structural components, an inner and an outer halo. We pr ovide a set of numerical N-body simulations aimed to study the formation of the outer Milky W ay (MW) stellar halo through accretion events between a (bulgeless) MW-like system and a sa tellite galaxy. The aim is to explore the orbital conditions of the mergers where a signal of retro grade rotation in the outer part of the halo can be obtained, in order to give a possible explanation of the observed rotational properties of the MW stellar halo. Our results show that retrograde satellites moving on low in clination orbits deposit more stars in the outer halo regions and therefore can produce the counter -rotating behavior observed in the outer MW halo.