Miracle-dz/UniFAR-FTUs huggingface dataset:
Innovative agonology as a synonymous of prophylactic and therapeutic agonology – the final impulse

Innovative agonology identify with the current stage of development of science about struggle. This science is the man en bloc extremely needed as never before. The main objective of this paper is an argumentation based on interdisciplinary knowledge, observation of social reality and personal experiences of author (empirically validated) associated with the creation of science about struggle in the global science space just in its most practical (preventive) dimension – prophylactic and therapeutic agonology. Besides general ignorance of agonology (rules, methods, means etc.) one of the most important factors blocking the defence potential of modern man “against attack on any its goods” is associating the self-defence with a motor dimension (combat sports and martial arts). No wonder, because the defence effects (or lack of them) are immediately visible, because the action of the parties are directed towards the body of the fighting people. Proven effectiveness poses new adepts of training. From this perspective it is not matter whether and how long takes compensation for wrongs and get back the justice in the courts. The man defending against institutional violence generally has little chance if the case does not catch media attention. Application of the rules and methods of prophylactic and therapeutic agonology ensured effective defence of the Archives of Budo, as an independent institution of science and culture, against the group of professors who since 2014 doggedly applied intellectual and institutional violence towards Editor-in-Chief, Deputy Editor, members of the Editorial Board and authors-experts of the science of martial arts, who published in the journal their articles and applied for an academic promotion. This violence (indirect purposes) is the only means of maintaining power over the system of scientific promotion. Independent scientific journal is an important obstacle. Usurping the right to arbitrarily deciding for oneself of whom to recommend, especially to the academic title of professor (instrumental treating the ethical standards and the relevant bodies of scholars), do not have the ability to influence on the crucial decisions of the editors – which manuscripts to qualify for publication, and which to reject. For these who have real power over the system of scientific promotions such a possibility might be a convenient way of camouflage the power and camouflage the violence before an inconvenient candidate submits an application for scientific promotion. This argumentation based on indisputable empirical data implies two important issues. The first is needful redefinition of term “self-defence” and derivative activities of the methodological nature. The second – to define the two syndromes of power (creative and toxic), which is a prerequisite for the theoretical model of “struggles with oneself ” as self-defence against the domination of their toxic syndrome of power.
An Implementation of Deep Belief Networks Using Restricted Boltzmann Machines in Clojure

In a work that ultimately heralded a resurgence of deep learning as a viable and successful machine learning model, Dr. Geoffrey Hinton described a fast learning algorithm for Deep Belief Networks [1]. This study explores that result and the underlying models and assumptions that power it. The result of the study is the completion of a Clojure library (deebn) implementing Deep Belief Networks, Deep Neural Networks, and Restricted Boltzmann Machines. deebn is capable of generating a predictive or classification model based on varying input parameters and dataset, and is available to a wide audience of Clojure users via Clojars, the community repository for Clojure libraries. These capabilities were not present in a native Clojure library at the outset of this study. deebn performs quite well on the reference MNIST dataset with no dataset modification or hyperparameter tuning, giving a best performance in early tests of a 2.00% error rate. https://clojars.org/deebn
Anomalies in water as obtained from computer simulations of the TIP4P/2005 model: density maxima, and density, isothermal compressibility and heat capacity minima

The so-called thermodynamic anomalies of water form an integral part of the peculiar behaviour of this both important and ubiquitous molecule. In this paper our aim is to establish whether the recently proposed TIP4P/2005 model is capable of reproducing a number of these anomalies. Using molecular dynamics simulations we investigate both the maximum in density and the minimum in the isothermal compressibility along a number of isobars. It is shown that the model correctly describes the decrease in the temperature of the density maximum with increasing pressure. At atmospheric pressure the model exhibits an additional minimum in density at a temperature of about 200K, in good agreement with recent experimental work on super-cooled confined water. The model also presents a minimum in the isothermal compressibility close to 310K. We have also investigated the atmospheric pressure isobar for three other water models; the SPC/E and TIP4P models also present a minimum in the isothermal compressibility, although at a considerably lower temperature than the experimental one. For the temperature range considered no such minimum is found for the TIP5P model.
Contribution of minerals from fresh kidney bean leaves and grains in meals consumed in East, South and Central Africa

Varieties of legumes are recognized as an important source of protein and dietary minerals by a number of ethnic groups in East, South and Central Africa. Among the legume that is preferred b y most Africans are the bean varieties . Beans are consumed in many forms: the young leaves, green pods, and fresh bean grains are used as vegetables; dry bean grains are used in various food preparations, and both are used as relish or side dishes together with the staple food. Apart from alleviating food insecurity, the bean leaves , green bean pods and fresh bean grains are good sources of micronutrients especially iron and zinc . Thirty eight varieties of beans deemed to be rich in minerals iron and zinc collected from a n umber of locations in East and Central Africa were brought from University of Nairobi and multiplied at Sokoine University of Agriculture, Morogoro. Bean leaves and fresh beans grains were picked for analysis after the plants reached three weeks and two months, respectively. Iron and zinc content was determined by atomic absorption spectrophotometer after ashing the samples. Analysis showed that leaves had significantly (P<0.05) more iron than the fresh bean grains. For bean leaves, Maharagi soja had the highest level of iron (1653.9 mg/100g) followed by Nain De Kiondo (1061.1 mg/100g). Similarly, Maharagi soja had the highest level of zinc (40.8 mg/100g), followed by Kiangara (40.5 mg/100g). Variety HRS 545 fresh bean grains , had the highest level of iron(1114.0 mg/100g) followed by Ituri Matata (983.4 g/100g) while highest zinc content was found in HRS 545 (41.1 mg/100g) followed by RWR 10 (41.1 mg/100g). These levels of minerals are significantly higher than the average amount found in dry bean grains (Fe 5.6 – 8.0 mg/100g) and (Zn 1.7 - 2.0 mg/100g). Creating more awareness and encouraging the utilization of bean leaves and fresh bean grains will contribute in alleviating micronutrient deficiencies especially among the vulnerable groups such as children, pregnant and lactating women, and resource-poor families.
AN INVESTIGATION OF THE EFFECTS OF CONVENTIONAL AND MICROWAVE HEATING SYSTEM ON THE DOPING OF GRAPHENE OXIDE WITH Ni IN AQUEOUS SOLUTION

Graphene oxide (GO) have been synthesized and doped with nickel metal salt under differ thermal conditions. The doped graphene oxides obtained were characterized by Fourier transform infrared spectroscopy (FTIR), Scanning electron microscopy (SEM), Transmission electron microscopy (TEM), Raman spectroscopy, and Atomic force spectroscopy AFM). The results obtained indicate difference between the crystallinity pattern of microwave and the conventional heating system of the materials and the progressive formation of transparent and decorated graphene with nickel particles which increases with temperature.
The automatic processing of non-verbal emotional vocalizations: an electrophysiological investigation

The human voice is a critical channel for the exchange of information about the emotionality of a speaker. In this sense, it is important to investigate the neural correlates of non-verbal vocalizations processing, even when listeners are not attending to these events. We developed an oddball paradigm in which emotional (happy and angry) and neutral vocalizations were presented both as standard and deviant stimuli in four conditions: Happy, Angry, Neutral 1 (neutral vocalizations with angry context), and Neutral 2 (neutral vocalizations with happy context). To unfold the time course of the auditory change detection mechanisms indexed by the Mismatch Negativity (MMN) component, the Event–Related Potentials (ERP) methodology was used. ERPs were recorded in 17 healthy subjects. The results showed that Happy and Neutral 2 conditions elicited more negative MMN amplitude relative to the Angry condition, at midline (Fz, Cz) electrodes. Overall results suggest that automatic auditory change detection is enhanced for positive and neutral (in happy context) vocalizations than for negative stimuli. Key-words: Auditory Processing; Non-verbal Vocalizations; Emotional Valence; EventRelated Potentials (ERP); Mismatch Negativity (MMN).
Effect of Animacy on Word Order Processing in Kaqchikel Maya

This study investigated the processing load of transitive sentences in two different basic word orders (i.e., VOS and SVO) in Kaqchikel Maya, with a particular focus on the animacy of the object. The results of a sentence plausibility judgment task showed that VOS sentences were processed faster than SVO sentences regardless of the animacy of the object. This supports the traditional analysis in Mayan linguistics that, although SVO is the most frequently used word order, the syntactically determined basic word order is VOS in Kaqchikel, as in many other Mayan languages. More importantly, the results suggest that the processing load in Kaqchikel sentence comprehension is more strongly affected by syntactic canonicity than production frequency or object animacy.
STRONG SOLUTIONS AND THE INITIAL DATA SPACE FOR SOME NON-UNIFORMLY PARABOLIC EQUATIONS

The solution for this problem can be considered in different meanings, for example, a classical solution, strong solution, weak (or mild) solution, entropy solution, etc. This paper is devoted to a strong solution for this problem. If A is an unbounded linear operator in Hilbert space H, then it is proved that there does not exist a strong solution for all u0 ∈ H (see [2, 11]). It is proved in [13] that there exists a strong solution if and only if u0 ∈ [D(A), H]1/2, where [D(A), H]1/2 is an interpolation space (see [9,15]). If A is a nonlinear operator, the weak solutions of these problems is often investigated. We consider the case where the operator A has the form:
A proposal of new operating procedure of transformer type fault current limiter

Recovery time of a superconducting fault current limiters (SCFCLs) of a transformer type is very short, because the fault current is limited by the inductance of the primary coil and the amount of energy dissipation in the secondary superconducting wire is small. The temperature of the secondary winding of the SCFCLs decreases even in the current limiting operation. It was pointed out that the SCFCL in the current limiting mode may recover to the waiting mode by shunting the current for a certain time. Recovery characteristics by FCL-short-circuit was studied experimentally. New operating procedure based on the recovery by FCL-short-circuit is proposed. Required FCL-short time for successful recovery was measured for various conditions. The availability of the proposed operating procedure was investigated using a one-machine infinite bus system with parallel transmission line including 3-phase SCFCL unit.
Diameter dependence of the Raman D-band in isolated single-wall carbon nanotubes

Raman D-band spectra are reported for several different SWNTs using two different laser energies ( Elaser 51.58 and 2.41 eV! At a fixedElaser , individual isolated SWNTs exhibit different diameter-dependent D-band frequencies v D around an average value. For both semiconducting and metallic tubes, v D decreases with decreasing nanotube diameter, though v D for isolated metallic SWNTs is higher than for isolated semiconducting SWNTs. The average D-band frequency depends linearly on Elaser , as previously observed for SWNT bundles, suggesting that the D-band in SWNTs is activated by defects or by the finite size of the SWNTs.
Image smoothing of multispectral imagery based on the HNN and geo-statistics

A new method for image down-scaling using geostatistical interpolation or smoothing based on the Hopfi eld Neural Network (HNN) and zero semivariance value is introduced. The method utilises the smoothing effect of the semivariogram matching process to produce the smoothened sub-pixel multispectral (MS) image with smaller RMSEs in comparison with the bilinear interpolation. In fact, the zero semivariograms increase the spatial correlation between the adjacent sub-pixels of the superresolution image. Containing higher spatial correlation, the resulting super-resolution MS image has smaller RMSEs compared with the original coarse image.
Optimization of Safety Factor by Genetic Algorithm of Circular Notched Carbon / Epoxy Laminate at Low Velocity Impact

This work deals with the application of the genetic algorithm to the determination of optimal safety factor of layered structure subjected to low velocity impact damage. These genetic algorithms are optimization algorithms based on the techniques derived from genetics and the natural evolution; crossovers, mutations, selection. The numerical modeling was carried out by the finite element software LS dyna which is coupled to the optimization program Ls-optui. The aim of this work is to minimize the safety factor based on the Tsai-Wu criterion for laminate.The optimization is held by evaluating the maximal energy that can undergo the material for a minimum safety factor. In this case a composite laminate of stacking [0/30/45/60/90/45]s with a circular notch drilled at defined location, then a laminate was targeted at the center by four impactors (cylinder, hemispherical, ball and truncated cone). The optimization was held in two phases; first without taking account the function of delamination and in the second phase with the function of delamination.
Moderate deviations for bipower variation of general function and Hayashi-Yoshida estimators

We consider the moderate deviations behaviors for two (co-) volatility estima-tors: generalised bipower variation, Hayashi-Yoshida estimator. The results are obtained by using a new result about the moderate deviations principle for m-dependent random variables based on the Chen-Ledoux type condition. In the last decade there has been a considerable development of the asymptotic theory for processes observed at a high frequency. This was mainly motivated by financial applications , where the data, such as stock prices or currencies, are observed very frequently. As under the no-arbitrage assumptions price processes must follow a semimartingale, there was a need for probabilistic tools for functionals of semimartingales based on high frequency observations. Inspired by potential applications, probabilists started to develop limit theorems for semimartingales. Statisticians applied the asymptotic theory to analyze the path properties of discretely observed semimartingales: for the estimation of certain volatility functionals and realised jumps, or for performing various test procedures. We consider X t = (X 1,t , X 2,t) t∈[0,T ] a 2-dimensional semimartingale, defined on the filtred probability space (Ω, F , (F t) [0,T ] , P), of the form
CO N TROL OF LARGE GRAPHICS DATA SET VISUALIZATIO N USI

This paper describes certain area of scripting languages application in visualization process. The focus is on 3D geometric transformations. Algorithm of 3D object rotation is present in more detail and resulting real time implementation in Ruby is demonstrated. Integration into existing VR system for immersive visualization of complex datasets is explained. The object movement from start to destination position is implemented as sequence of sub-movements with particular increments of path. Visualization engine combines script and object to final result and the output is a scene with rotating object in real-time.
BNC Protects H 9 c 2 Cardiomyoblasts from H 2 O 2-Induced Oxidative Injury through ERK 1 / 2 Signaling Pathway

Buchang naoxintong capsule (BNC) is a traditional Chinese medicine approved for the treatment of cerebrovascular and cardiovascular diseases. However, little is known about the specific protective function or mechanism by which BNC protects against myocardial injury.This researchwas designed to investigate the cardioprotective effects of BNC in vitromodel of hydrogen peroxide (H 2 O 2 )-induced H9c2 rat cardiomyoblasts. BNC intestinal absorption liquid was used in this study instead of drug-containing serum or extracting solution. Our study revealed that BNC preconditioning enhanced antioxidant function by increasing the activities of total-antioxygen capacity, total-superoxide dismutase, and catalase and by decreasing the production of reactive oxygen species and malondialdehyde. BNC preconditioning also activated extracellular signal-regulated kinases (ERK1/2) and inhibited apoptosis-related proteins such as poly ADP-ribose polymerase (PARP) and caspase-3. Additionally, preincubation with BNC reduced intracellular Ca concentration, improved mitochondrial membrane potential, and decreased the apoptosis rate of H9c2 cells in a dose-dependentmanner.These data demonstrated that BNCprotectsH9c2 cardiomyoblasts fromH 2 O 2 -induced oxidative injury by increasing antioxidant abilities, activating ERK1/2, and blocking Ca-dependent and mitochondria-mediated apoptosis. Based on our results, the potency of BNC for protecting H9c2 cells from oxidative damage is comparable to that of trimetazidine.
The Brand New Notion for Assembly of Religion Using BIM

In virtually every heterogeneous society, religious difference serves as a source of potential conflict. Because individuals are often ignorant of other faiths, there is some potential tension but it Kdoes not necessarily mean conflict will result. Religion is not necessarily conflictual but, as with ethnicity or race, religion serves, as a way to distinguish one's self and one's group from the other. Often, the group with less power, be it political or economic, is more aware of the tension than the privileged. When the privileged group is a minority, however, such as the Jews historically were in much of Europe, they are often well aware of the latent conflict. There are steps that can be taken at this stage to head off conflict. Interfaith dialogue, discussed further below, can increase understanding. Intermediaries may help facilitate this, hence we designed a special place for this issue, plus in this essay we aim to ponder this conflict in religious point of view with working with BIM.
That Was a Great Commercial, but What Were They Selling? Effects of Violence and Sex on Memory for Products in Television Commercials

College students (N = 324) watched a television program containing violence, sex, or no violence or sex. Each program contained 3 violent ads, 3 sexual ads, and 3 neutral ads. Participants were less likely to remember the advertised brands when the ads were embedded in a violent or sexual program than when the ads were embedded in a neutral program. Violent ads were the least memorable. This memory impairment occurred for both males and females, regardless of the content of the ads. If advertisers want viewers to remember advertised brands, they should think twice about sponsoring programs containing violence and sex.
Comparison of Iron Supplementation and Albendazole on Anemia in Ghanaian Children

Comparison of Iron Supplementation and Albendazole on Anemia in Ghanaian Children Megan M. Zitting College of Nursing, BYU Master of Science Half a billion school aged children suffer from anemia, with the majority of anemia caused by iron deficiency. Researchers have shown a strong correlation between low hemoglobin levels and presence of intestinal parasites in children with anemia. Childhood anemia has profound negative effects on physical growth, maturation, and cognitive development leading to poorer educational achievement. Using hemoglobin as a measure of anemia, this quasi-experimental study investigated impact of either iron supplementation or an antiparasitic medication on hemoglobin levels in two groups of children in a rural region of Eastern Ghana. Surprisingly, after a 6-month intervention period, hemoglobin levels in both groups significantly decreased. Further research is needed to investigate other factors impacting nutrition and incidence of anemia in pediatric populations in developing countries.
COMPARISON OF LOW COST PHOTOGRAMMETRIC SURVEY WITH TLS AND LEICA PEGASUS BACKPACK

This paper considers Leica backpack and photogrammetric surveys of a mediaeval bastion in Padua, Italy. Furhtermore, terrestrial laser scanning (TLS) survey is considered in order to provide a state of the art reconstruction of the bastion. Despite control points are typically used to avoid deformations in photogrammetric surveys and ensure correct scaling of the reconstruction, in this paper a different approach is considered: this work is part of a project aiming at the development of a system exploiting ultra-wide band (UWB) devices to provide correct scaling of the reconstruction. In particular, low cost Pozyx UWB devices are used to estimate camera positions during image acquisitions. Then, in order to obtain a metric reconstruction, scale factor in the photogrammetric survey is estimated by comparing camera positions obtained from UWB measurements with those obtained from photogrammetric reconstruction. Compared with the TLS survey, the considered photogrammetric model of the bastion results in a RMSE of 21.9cm, average error 13.4cm, and standard deviation 13.5cm. Excluding the final part of the bastion left wing, where the presence of several poles make reconstruction more difficult, (RMSE) fitting error is 17.3cm, average error 11.5cm, and standard deviation 9.5cm. Instead, comparison of Leica backpack and TLS surveys leads to an average error of 4.7cm and standard deviation 0.6cm (4.2cm and 0.3cm, respectively, by excluding the final part of the left wing).
Taxation-Based Stabilization Policy

As countries enter currency unions or fixed exchange rate regimes they loose their monetary independence. The costs and benefits of giving away monetary policy have been comprehensively discussed in the context of European Monetary Union. Asymmetric shocks and potential differences in the monetary policy transmission increase the importance of and the requirements for national fiscal policy as a tool for macroeconomic stabilization in the Euro area. This stabilization role conflicts with serious provisos against fiscal policy activism, however. Political economy incentives can substantially impair the anti-cyclical use of fiscal policy. Additionally, the potential deficit bias puts the long-run sustainability of government budgets at risk. Hence there seems to be a need for implementable fiscal policy rules.