Reviewerly/exHarmony huggingface dataset:
Predictive geochemistry of ore gold in Eastern Transbaikalia

The subject of the research is the methods of forecasting the Eastern Transbaikalia - a large mining region of Russia, in which the main internal and external criteria for ore content are established by modern geological mapping at a scale of 1:1,000,000. The article considers endogenous geochemical criteria for gold concentration in the Earth’s crust of the region, which constitute a mandatory methodological method for predicting gold ore objects at any scale. The aim of the work is to clarify the achieved level of knowledge about the mineralogical and geochemical criteria for gold concentration in the course of the evolution of the Earth’s crust up to the formation of industrial deposits and the isolation of ore formations. The methodology of the study is to systematize a huge amount of factual material concerning the processes of natural concentration of gold, to analyze its representativeness, to assess the completeness and reliability of published and stock information used to clarify the mineralogical and geochemical criteria for predicting ore gold. Using the chemical properties of gold, the forms of finding gold, amount of it in the forming geological complexes and natural environments, their evolution, distribution in structural and tectonic zones, some causes of concentration and mineralogical and geochemical prediction criteria are considered. Special attention is paid to the need to study and account for nanoscale (dispersed) gold. As the main ore-formation units of gold mineralization, standardized ore formations are defined with a division into gold ore proper, complex gold-bearing and gold-bearing and geological and industrial types of deposits. There are 15 geological and industrial types, of which 13 are transbaikal deposits standards and two are attracted from other regions. These types of deposits differ in the number of objects related to them. Due to some similarity in the composition of ore matter, geological and industrial types differ in the most important classification characteristics for the forecast. Areas of distribution of direct and indirect mineralogical and geochemical features grouped into mineralogical and geochemical forecast criteria are promising for endogenous concentration of gold mineralization
New Techniques of the Game and Technical Difficulties in Works for Wind Instruments of the Twentieth Century: Pedagogical Aspect

one of the main problems of music pedagogy was and still is the problem of mastering performing skills by instrumentalist students. This problem is particularly important when students master the modern repertoire, which differs from the classical one by the presence of new techniques and technical difficulties. The purpose of the work is to consider new playing techniques and technical difficulties in works for wind instruments of the twentieth century in the context of pedagogy and education. The results of the study: the modern repertoire, with rare exceptions, is mastered by performing musicians in music and pedagogical universities, and the entire previous period of study is devoted to playing works of baroque, classical and romantic musical styles. University teachers have to deal with students who are not prepared for the perception, understanding, or performance of music of the twentieth century. The novelty of the work consists in methodological recommendations for solving the existing problem.
The Use of Arduino Interface and Date Palm (Phoenix Dactylifera) Seeds in Making an Improvised Air Ionizer-Purifier

The objective of this research study is to create an improvised air ionizer-purifier out of Arduino Interface and Date Palm seeds to reduce indoor pollution with the use of eco-friendly and economical resources. For the detection of air pollutants, Arduino Interface, an open-source electronics platform based on easy-to-use hardware and software, was used for its boards to read inputs and turn them into outputs. Likewise, Date Palm seeds, a material with cleansing abilities, were used to create the activated carbon needed to make the air purification process more efficient. The improvised air ionizer-purifier functions as a cleanser of air pollutants and a creator of negative ions. Thus, it had three main components. The results of the study show the arrestance and dust holding capacity of the air purifier. Additionally, the air ionizer was proved through the air quality and the number of negative ions produced. Lastly, the sensor was tested over time. The results demonstrated that the improvised air ionizer-purifier was helpful in generating fresh air as a residential air purifier, contributing to the safety of the environment through effectiveness and detection time.
ANALISIS PROSES REKRUTMEN CALON KARYAWAN DENGAN MENGGUNAKAN METODE DISC PERSONALITY TEST PADA PT. GRHA HUMANINDO MANAJEMEN PROYEK GAPURA ANGKASA BANDARA INTERNASIONAL SULTAN MAHMUD BADARUDDIN II PALEMBANG

This research to analyze the recruitment system for prospective employees in accordance with the standards and criteria for employees at PT Grha Humanindo Manajemen. The system used in the recruitment of prospective employees at PT. Grha Humanindo Management is the DISC Personality Test method. This research is descriptive qualitative in order to describe how the process of implementing employee recruitment in accordance with the standards and criteria for employees desired by PT Grha Humanindo Manajemen using the DISC Personality Test method. The results showed the DISC Personality Test method has been running in accordance with the standards set by the company by prioritizing the attitude value in order to achieve employees who have service standards. The results also show this method cannot provide a description of a person's skills and level of knowledge. Considering that this company is engaged in the service sector, the deficiencies in the DISC method are not a priority. DISC Personality Test method can prevent parties who intend to intervene in the recruitment process, including committing bribes or collusion, corruption and nepotism.
The Construction of Realistic Environment of Deep Learning Based on Virtual Reality

Virtual environment created based on virtual reality can promote learners' deep learning experience. It enables learners' immersive exploration and interaction with the real environment. In this way they can have their personalized learning experience and continuous feedback. Virtual reality, which creates an immersive and interactive environment, leads to a better teaching model where students' previous learning pattern is changed. At present, virtual reality technology is becoming increasingly mature, and research on the application of virtual reality in education is drawing more attention from educators. The article analyzes the learning pattern enabled by virtual reality, and I believe that the advantages of virtual reality in the construction of deep learning mainly lie in environment construction, experience design, behavior guidance, and learning transfer.
Dynamics of nonclassical properties of a SU(3) system interacting with two open parametric amplifier modes

We introduce an analytical description of an open bimodal cavity containing a <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"> <mml:mi mathvariant="normal">Λ<!-- Λ --></mml:mi> </mml:math> -type three-level atom. We explore the effect of the atom–cavity nonlinear interaction, the cavity dissipation, and the initial coherent intensity on the dynamics of the nonclassical correlations for a cavity prepared initially in a superposition of nonlinear coherent states. The nonlinear interaction generates a regular entanglement between the subsystems, and populates the energy atomic states. We show that the collapse phenomenon is a good indicator of the generated quantum coherence. The growth of the entropy is used to explore the generated entanglement (if the dissipation is absent) and mixedness (in the presence of the dissipation). It is found that the generation and the robustness of the quantum synchronization and the correlations between the subsystems are very sensitive to the dissipation, the superposition, and the coherent intensity of the initial Barut–Girardello coherent states.
Pelatihan Pembuatan Ape Dari Barang Bekas Untuk Guru PAUD Se-Kecamatan Montong Gading

This community service program is carried out to help the community, especially PAUD teachers, so that they are able to create an educational game tool (APE) as a media that can be used in learning, so that teachers no longer experience difficulties in procuring APE. APE is a necessity in the learning process that must be met by the teacher. The training activities were carried out for 5 meetings in 1 month, namely in the first 2 meetings activities were carried out including training on how to make APE Ular Tangga and Ladders Clogs and the practice of making them by the participants / teachers namely PAUD teachers in Montong Gading sub-district and presented results from APE innovations that have been made by the participants / teachers from each group. Then the next 3 meetings were training on making APE Lingkaran Begibung and their practice of making them by the participants and presented the results of the APE innovations made by the participants / teachers from each group
فاعلية بيئة تدريبية إلکترونية قائمة علي أنظمة إدارة التعلم لتنمية بعض مهارات تصميم المقررات الإلکترونية لدى أخصائي تکنولوجيا التعليم

هدف هذا البحث :1- تنمية الجانب المعرفي لمهارات تصميم المقررات الالکترونية لدي أخصائي تکنولوجيا التعليم باستخدام بيئة تدريبية إلکترونية قائمة علي أنظمة إدارة التعلم (مودل).2- تنمية الجانب الأدائي لمهارات تصميم المقررات الالکترونية لدي أخصائي تکنولوجيا التعليم باستخدام بيئة تدريبية إلکترونية قائمة علي أنظمة إدارة التعلم (مودل).وتکونت مجموعة البحث من(15) أخصائي تکنولوجيا التعليم بمحافظة أسيوط، وتمثلت مواد البحث وأدواته في قائمة بمهارات تصميم المقررات الالکترونية واختبار تحصيلي لقياس الجانب المعرفي لمهارات تصميم المقررات الالکترونية وبطاقة ملاحظة لقياس الجانب الأدائي، ودليل المستخدم للدخول إلى نظام مودل، والادوات من إعداد الباحثة، وبعد التأکد من ثبات الأدوات وصدقها تم تطبيقها علي مجموعة البحث قبليا  ثم تطبيق البيئة التفاعلية الالکترونية علي مجموعة البحث ثم تطبيق أدوات البحث بعديا ثم تم معالجة البيانات إحصائيا. وقد أظهرت نتائج البحث أن استخدام بيئة تدريبية الکترونية  قائمة علي نظام إدارة التعلم المودل أدي إلي زيادة التحصيل الادائي والمعرفي لمهارات تصميم المقررات الالکترونية لدي أخصائي تکنولوجيا التعليم وبناء علي ذلک کانت أهم توصيات البحث هي استخدام نظام مودل کبيئة إلکترونية تدريبية لتدريب أخصائي تکنولوجيا التعليم لتنمية مهارات تصميم المقررات الالکترونية لديهم.The aim of this research1- Developing the knowledge aspect of the educational technology specialist designing electronic courses skills by using an electronic training environment based on Learning Management Systems (Moodle(2- Development of the performance aspect of the skills of designing electronic courses for the education technology specialist, using an electronic training environment based on the learning management system (Moodle).The research group consisted of (15) from an educational technology specialist in Assiut Governorate, and the research materials and tools were represented in a list of electronic course design skills, an achievement test to measure the cognitive aspect of e-curriculum design skills, a note card to measure the performance aspect, and a user guide for entering the system ( Moodle), and the tools were prepared by the researcher, and after ensuring the stability and validity of the tools, they were applied to the research group before Then the application of the electronic interactive environment on the research group and then the application of the research tools after, and then the data was processed statistically.The results of the research showed that the use An existing electronic training environment based on Moodle learning management system led to an increase in the performance and cognitive achievement in the design skills of electronic courses for the education technology specialist. Accordingly, the most important research recommendations were to use the Moodle system as electronic training environment to train the education technology specialist to develop the design skills for them.
Реализация бесконтактного взаимодействия с прототипом компьютерного интерфейса в Unity 3D

The article presents the prototype implementation process of contactless user-machine interaction using the Unity 3D game engine. It describes the creation of system objects: five desktops, a drop-down menu bar, a taskbar, a welcome screen and a program window. To control the prototype using the Kinect, a number of scripts, which were originally developed by Microsoft Corporation, are used. These scripts allow recognizing and identifying all possible gestures in software. A set of classes that allow identifying pre-set user gesture and performing relevant action are also described. Objects animation parameters for a transition between different states, which can be changed by scripts, are described. The entire system of methods and classes is assembled into one piece to make control and verification functionality easier to manage. A password gesture is set as a certain unique movement by the user to start the user session. This prototype responds to six human gestures: active hand waving, one-time hand wave to the left, to the right, up, down and holding a hand still. Mouse’s motions that can be recognized as alternative user gestures are provided.
Deteksi Kornea Mata Berbasis Segmentasi Model Warna Menggunakan Metode Template Matching

Image processing is a system where the process is carried out with the input in the form of an image and the result is also an image. Initially, image processing was carried out to improve image quality, but with the development of the world of technology, which was marked by the increasing capacity and speed of computer processing, as well as the emergence of computational science that allowed humans to extract information from an image, image processing could not be separated by computer field. In this research, image processing is applied to detect corneas based on color model segmentation using the Template Matching Method. Template matching is a technique in digital image processing that functions to match each part of an image with the image that becomes the template (reference). The problem in detecting the cornea of ​​the eye is how to detect the cornea based on color model segmentation by matching the corneal image with the eye template image. Therefore, it is very important research that aims so that computers can have the function of detecting the cornea of ​​the eye. If computers can be designed to have intelligence closer to that of humans, of course this can facilitate human work.
Analysis on Bifurcation Behavior of an Acoustic Device with Impact Vibrations

An audible warning device (AWD) is a device which generates sound by impact vibrations. The behavior of AWD is a kind of self-inducted vibration in which the suction behavior in AWD depends on its own motion. In specific conditions, period doubling bifurcation occurs and behavior of AWD becomes unstable. Therefore, the bifurcation behavior is investigated by a simple model. We introduced an analytical model which consists of two rigid bodies for a shaft and a pole, two beams for a stay and a sub stay, a diaphragm, and an annular plate for a resonator. The pole and the shaft are accompanied by impacts, and suction force between the pole and the shaft is modeled as a ramp function which starts to increase from zero-value at the time of an impact to those at the next impact. Fixed points of the map and their stabilities are numerically calculated, and arc-length continuation method is used to obtain those. It was found that curve veering is occurred between the two natural vibration modes when length of the sub stay is sufficiently long. Furthermore, the result of bifurcation diagrams has shown that the region of period-1 stable response, which corresponding to the normal condition, becomes narrower when the length of sub stay approaches to the length at which curve veering occurs.
Look, Evolve and Mold: Learning 3D Shape Manifold via Single-view Synthetic Data

With daily observation and prior knowledge, it is easy for us human to infer the stereo structure via a single view. However, to equip the deep models with such ability usually requires abundant supervision. It is promising that without the elaborated 3D annotation, we can simply profit from the synthetic data, where pairwise ground-truth is easy to access. Nevertheless, the domain gap is not neglectable considering the variant texture, shape and context. To overcome these difficulties, we propose a domain-adaptive network for single-view 3D reconstruction, dubbed LEM, to generalize towards the natural scenario by fulfilling several aspects: (1) Look: incorporating spatial structure from the single view to enhance the representation; (2) Evolve: leveraging the semantic information with unsupervised contrastive mapping recurring to the shape priors; (3) Mold: transforming into the desired stereo manifold with discernment and semantic knowledge. Extensive experiments on several benchmarks demonstrate the effectiveness and robustness of the proposed method, LEM, in learning the 3D shape manifold from the synthetic data via a single-view.
Penerapan Model Pembelajaran Paikem Dengan Teknik Communicative Drilling Untuk Meningkatkan Aktivitas Dan Prestasi Belajar

This classroom action research was done at SMPN 1 Abang    at grade VIII A that were still low in learning achievement and also in  learning activities in English lesson especially at speaking class. This study aimed at knowing wether the implementation of    PAIKEM as learning model combined with Communicative drilling  can improve students’s  speaking skill in English.The research data were students learning activities data and students learning achievement in english lesson.The students activities data were taken by using observation technique, while students learning achievement data were taken by students achievement in term of Basic competence test. The colected data were then analized in descriptive and qualitative method. The result of the research data analisys showed the mean of students learning activities at pre- sycle step was 63.33% then increased to 75.23 at sycle I  and 86.19 at sycle II. While the  mean point  of students learning achievement showed 69,85 with the 40% in  mastery learning then increased into  74.54 with 68% mastery learning  at sycle I and at the sycle II the mean increased into 76.02 with 85% mastery learning. The reserach can be summerized that the implementation of PAIKEM learning model combined with Communicative drilling could increase the students learning activities and  students learning achievement.
The Rapid Embrace of Legal Design and the Use of Co-Design to Avoid Enshrining Systemic Bias

After decades of delay, the U.S. legal profession is finally embracing digital technology in the delivery of civil justice. Much more rapidly, design methods are being embraced by legal institutions as a means reforming everything from commercial legal product lines to civil court forms. What explains the rapid embrace of legal design when digital legal technology took decades to break through? We think that a deliberately human-centered approach to law helps explain the sudden advantageousness of legal design. But what must be done about the bias and inequity that is embedded within the legal systems we seek to redesign, and within the legal design movement itself? We propose that a radical iterative and collaborative effort that is deliberately structured to address systemic bias has the strongest potential to deliver on the promise of both design and justice.
Influence of Overpressure Breathing on Vowel Formant Frequencies

Voice controlled management systems are based on speech recognition techniques.The use of such systems in combat aircraft is complex due to a number of critical factors which affect the accuracy of speech recognition, such as high level of ambient noise and vibration, use of oxygen masks, serious psycho-physical stress of speakers, etc.One of the specificity of the oxygen mask application is overpressure breathing.The results of the simulations presented in this paper show that the presence of overpressure on the order of 1000 Pa in the vocal tract has a significant influence on the first two formant frequencies.The formants discrimination field is significantly reduced when oxygen mask is used, influencing both perceptive and automatic discrimination of spoken vowels.
Factors Analysis Related to the Response Time of Nursing Services Based on the ATS II Category in the Emergency Installation

The response time for nursing refers to the time required to provide emergency nursing care to patients following the triage assessment. This study seeks to analyze the factors associated with the response time of nursing services based on the ATS II category in the emergency department and the magnitude of the influence of age, knowledge, education, and length of work on response time. The method used in this research was correlational, with a cross sectional method and a questionnaire sheet. The research sample was comprised of 20 nurses. Data analysis was used the Pearson correlation test. The results showed that there was a relationship between age, education, length of work and knowledge with response time, with the value of each variable as follows: age with a p-value of 0.015 and r 0.533; education with a p-value of 0.005 and r 0.601; length of work with a p-value of 0.000 and r 0.739; and knowledge with a p-value of 0.002 and r 0.638. From the results of the analysis, it can be concluded that the strongest determinant factors for response time are length of work and level of knowledge. This study concludes that improving nurse education and training related to handling emergency patients should be prioritised.&#x0D; &#x0D; Keywords: length of work; knowledge; education, response time; age
MEMORY AND FORGETTING. SOCIO-PHILOSOPHICAL ANALYSIS OF DIFFERENCES ON THE EXAMPLE OF ARCHAIC GREECE

The study is devoted to the currently popular issue of memory and forgetting. In connection with the resonant global events on the demolition of monuments, the socio-philosophical analysis of this problem seems relevant. The research methodology is Niklas Luhmann's theory of “autopoietic” social systems. Within the framework of this concept, it is paid a special role to memory as a regulator of intrasystem reference. It works as a function of forming the boundaries of the system based on past events and distinctions. Memory is understood as a necessary tool that constitutes the current state of the system. Within the framework of the trend of “social constructivism”, to which N. Luhmann's theory belongs, language is considered the basis of social “framing”, memory captured in words. Therefore, considerable attention is paid to the etymology and history of the concepts of memory/forgetting, as well as the dynamics of changes in semantic connotations. On the example of the distinctions adopted in archaic Greece, which is the “cradle” of Western European culture, the main mechanisms of memory/forgetting are considered and the semantic core of this opposition is indicated. Particular attention is paid to the objects and methods of memorization in an archaic society. Memory as a regulator of semantic distinctions in ancient Hellas kept the basic principles in society that determined the sphere of right behavior. The external expression of these principles was allowed to be fixed in material objects if it satisfied the criteria of significance for the polis. In the conclusion of the study, an analogy with modern society is proposed, in which the “monopoly” on socially significant memory belongs to the state, which seeks to preserve its “imaginary” construction of social reality.