Reviewerly/exHarmony huggingface dataset:
The Effectiveness of the Numbered Head Together (NHT) Learning Model in the Exposition Text Writing Skills of MA Darul Istiqamah Lappae Kabupaten Sinjai

This study aims to (1) describe the skills of writing expository text by applying the Numbered Head Together (NHT) learning model to the tenth-grade students of MA Darul Istiqamah Lappa'e, Sinjai Regency. (2) prove the effectiveness of the Numbered Head Together (NHT) learning model on learning to write expository texts. This study uses an experimental research design, the type of experiment used is a true experiment. This study uses the form of a written test in learning to write an exposition text. Sampling was carried out using a total sampling technique with a total of 70 students. The collected data were analyzed using descriptive statistics and inferential statistics using SPSS version 25. The results of the research data analysis showed that the application of the NHT (Numbered Head Together) learning model was more effective than the conventional learning model in learning to write Indonesian exposition texts. It is evident from the results of t count &gt; t table or 2,369 &gt; 1,995 so it can be concluded that the hypothesis test H1 is accepted and H0 is rejected, namely the NHT model is effectively used in learning to write exposition texts. In addition, it can be proven by the average value of the experimental class is 78.4 while the average value of the control class is 76.0. This shows that the application of the Numbered Head Together (NHT) model is more effective in learning to write Indonesian exposition texts.
COGNITION AND NATURAL PHILOSOPHY IN THE 21ST CENTURY

With an emphasis on the trends related to the development of the Earth’s civilization in recent decades, the demographic rise and total digitalization, the existing and promising approaches to the formation of the processes of cognition of natural-scientific and social laws are discussed.
Felicitous Underspecification and Metasemantics

In cases of felicitous underspecification, instead of having a unique semantic value in context, the relevant expression is associated with a range of candidate semantic values in context. I formulate an account of the mechanism that associates this range of candidate semantic values in context with the relevant expression. I argue that it is the same mechanism that associates expressions with unique semantic values in context in “normal” cases.
Simple representation of the quantum entanglement of coupled harmonic oscillators in terms of the reflection coefficient

Abstract Quantum entanglement of coupled harmonic oscillators is frequently applied in quantum and non-linear physics, molecular chemistry and biophysics, which is why its study is of a great interest for modern physics. In this work a quantum entanglement of a coupled harmonic oscillator in a simple form was found. This simple form is presented as a single parameter – reflection coefficient R. All parameters of the studied system are included in the R coefficient. It is shown that the derivation of the expression can have applications in quantum optics, in particular in quantum metrology.
Generative Adversarial Network for Imitation Learning from Single Demonstration

Imitation learning is an effective method for training an autonomous agent to accomplish a task by imitating expert behaviors in their demonstrations. However, traditional imitation learning methods require a large number of expert demonstrations in order to learn a complex behavior. Such a disadvantage has limited the potential of imitation learning in complex tasks where the expert demonstrations are not sufficient. In order to address the problem, we propose a Generative Adversarial Network-based model which is designed to learn optimal policies using only a single demonstration. The proposed model is evaluated on two simulated tasks in comparison with other methods. The results show that our proposed model is capable of completing considered tasks despite the limitation in the number of expert demonstrations, which clearly indicate the potential of our model.
Developing E-Learning System to Support Visual Impairment During Covid-19 Pandemic

E-learning is a common tool to support the education in variety of scenarios. As the education content can be prepared by the group of specialists, but the skilled teachers are limited in remote area. Also, the contents in most curriculum are planned to distribute to limited skilled people. The gap of education can be full-filled with E- learning system. However, the conventional E-learning is high cost system and not appropriated for rural area. Also, opensource system is complicated to implement and configure in dedicated curriculum. This research is proposed the customized design of E-learning system for supporting visual impaired student with dynamic design during Covid-19 pandemic. The limitation has challenged the research to sharing and testing among the stakeholders. The system is designed and implemented from actual requirements from teachers and students in university level. As a result, the result show student involvement and deliver more content and knowledge to the visual impaired students. The feedback from actual usage also is evaluated.
ANÁLISE COMPARATIVA DOS CASOS DE COVID-19 NO MUNDO DE ACORDO COM SEU ÍNDICE DE DESENVOLVIMENTO HUMANO (IDH)

In 2019, China's Centers for Disease Control and Prevention reported a new coronavirus called SARS-CoV-2, responsible for respiratory infections and a series of pneumonia cases in the city of Wuhan (China).Such an outbreak eventually turned into a pandemic.This study aims to comparatively analyze the cases of Covid-19 in the world according to their population base and HDI.Methodology: 189 countries were analyzed, verifying data such as HDI, population, number of deaths per Covid-19, death rate per 1000 inhabitants, death rate per 1000 cases and number of patients retrieved.Conclusion: Countries with the highest HDI recorded the highest number of deaths and cases, however, had the highest number of recovered patients and the lowest death rates per 1000 cases.
Blockchain

Blockchain is said to be a rising field of study, but there is currently an inadequacy of research frameworks to guide studies within the sector. Rising innovations in the latest technologies were also said to be generally initiated, and then the academic world can decide whether or not to have a cognitive dimension for such systems. This has been anticipated as well with help in the scope definition and categorization of long-term research and provides a collection with summarized current field trends. Over the last millennium, the automotive sector had also debatably reshaped society by being one of the most advanced, refined, and technically sophisticated industry sectors, and developing the latest technologies. Bitcoin blockchain technology seems to be recent current trend of each greatest latest technology that will benefit the auto sector by improving knowledge data protection, confidentiality, secrecy, quality control, answerability, credibility, reliability, openness, trustiness, and verification, and also by providing semi-permanent property and improved operational potency to the entire business. As a result, the relevance of blockchain is assessed when examining the progressive and production trends in the automotive sector.
A New Configuration of ARS for Period Estimation to Reduce Computational Load

Currently, the Internet of Things (IoT) is attracting attention. However, there are many challenges in IoT technology. This is where ARS comes into the picture. In this study, we focus on ARS and aim to contribute to the development of IoT technology by reducing the amount of computation.
A Master Station and Terminal Data Exchange Method Based on Symmetric and Asymmetric Algorithms

This paper analyzes the disadvantages of the traditional method of data security between the master station and the terminal, and proposes a new method of data exchange between the master station and the terminal. This method improves the security of data interaction. In the process of using it, symmetric algorithm and asymmetric algorithm are combined, involving security mechanisms such as signature, certificate, MAC and symmetric encryption, so as to establish a secure link between the master station and the terminal, so as to protect the communication security between them.
Teaching Introductory Database Course Online

This article describes the conversion of our introductory database course from in-classroom teaching to online one.The conversion has been done according to the methodology developed at the very beginning of the planning phase for online teaching.The teaching method has been described as well as the hardware and software used for lectures and labwork.The paper shows a way how lectures for the first database course can be taught.Additionally, several different possibilities for students to do lab-work online and explain their pros and cons have been discussed.This approach has the advantage that students can make their own choice between different database systems, when exercising.
Digital Libraries in Jordanian Universities and Overcoming the Digital Gap in the Time of COVID-19: A Case Study of Yarmouk University

This study aims to evaluating the pattern of digital library utilization in the time of COVID-19 by the postgraduate students in Yarmouk University - Jordan, in addition to helping the university library’s staff and decision makers to identify the role that the digital library play as a response to the closure due to the COVID-19 pandemic and its effectiveness, Moreover, to examine availability of the ICT infrastructure and support modality the distance teaching and learning which took place due to the university closure since the start of the pandemic. A was used to collect data on how the needs of the postgraduate students and their use of the digital library resources during the period of COVID-19 pandemic. The sample consisted of (180) postgraduate students selected by using simple random sampling technique through (GoogleDocs) in order to represent the study population which is (759) postgraduate students. The findings indicated the poor utilization of digital information resources since students depended on the internet to obtain free digital resources. As a conclusion, the students’ skills have overcome the digital gap as their generation depends on the use of all forms of smart devices.
Image Restoration from Low Bit-Rate Quantization Based on Reinforcement Learning

The image restoration is an important issue in some application scenarios where only the limited storage or bandwidth are available. In this paper, we present a method using pixelwise reinforcement learning to restore the uniformly quantized images. The results are evaluated using various metrics, including SSIM, PSNR and HDR-VDP-3, and the performance comparison with other techniques is provided. The experimental results demonstrate the better visual effect and image quality of the proposed method. It also shows the potential to deal with more complicated high dynamic range imaging problems.
An Overview of Hospital Informartion System at Dental Hospital (RSGM) UMY Based on The Perspective of Dental Students

The Hospital Information System (HIS) is a collection of several parts of the way that relate to one another and form a unified whole that is in a hospital.The ongoing Hospital Information System at RSGM UMY is needed in its work activities.Therefore, it is necessary to have a quality measurement of the RSGM information system.This research uses a quantitative research method.The study population was dental students who used HIS at RSGM UMY, which in this study the subjects were about 200 people.Data collected using questionnaires and analyzed using descriptive analysis with percentage analysis techniques.From the results concluded that the HIS users at RSGM UMY stated that they were quite satisfied.This can be seen from the average results of the respondents where the contents of the information generated by the HIS software were needed by the users, producing the right reports with the accuracy of HIS, besides that HIS was able to provide information according to what is needed.
Functional literacy of students in the process of teaching natural science subjects

The article considers the development of functional literacy of students using the technology of project activities in biology lessons. Design activity is one of the most effective educational technologies of a modern school. This is a purposeful, independent activity of students under the guidance of a teacher. The latter creates a positive emotional atmosphere for all students while working on the project, organizing an equal partnership of trusting communication. Currently, preparing students for life is one of the leading priorities in the development of functional literacy. A broader interpretation of the concept of "functional literacy" is associated with the consideration of education as a creative factor, the driving force behind the socio-economic, cultural progress of society. The current understanding of learning outcomes goes beyond the usual list of knowledge, skills and abilities associated with teaching a subject. Educational results are the end product of the process of teaching students at school and testify to qualitative changes in the personality of the student and are manifested in his behavior, interaction with the social environment. Functional literacy is defined as the ability of an individual to function normally in the system of social relations based on knowledge, skills and abilities, to adapt as quickly as possible in a specific cultural environment.
PROVIDING MOTIVATIONAL STRATEGIES FOR STUDENTS VIA THE DISTANCE LEARNING

The article discusses the practical aspects of implementing e-learning technologies as a factor of various types of motivation for students in the higher education system. It shows acute problems of nowadays distance learning and the importance of motivation in the condition of distance learning. Distance learning - a wide range of educational services in which students learn from a distance, rather than being located in the classroom. It solves problems that traditional training can not solve, it is, first of all: strengthening the active role of students in their own education; the use of available educational resources; increase motivation to learn; use of interactive forms of classes; strengthening the creative component of education; availability of conditions for self-expression; saturation and intensity of training; the possibility of obtaining an expert opinion on the results of their training activities without wide publicity
REALIZATION OF ONLINE SYSTEMS FOR AUTOMATIC SPEECH RECOGNITION

The quality and depth of content Web of Science offers to researchers, authors, publishers, and institutions sets it apart from other research databases.The inclusion of News of NAS RK.Series of chemistry and technologies in the Emerging Sources Citation Index demonstrates our dedication to providing the most relevant and influential content of chemical sciences to our community.Қазақстан Республикасы Ұлттық ғылым академиясы «ҚР ҰҒА Хабарлары.Физикалық-математикалық сериясы» ғылыми журналының Web of Science-тің жаңаланған нұсқасы Emerging Sources Citation Index-me индекстелуге қабылданғанын хабар
Introduction

<italic>Modular design of grammar: Linguistics on the edge</italic> presents the cutting edge of research on linguistic modules and interfaces in Lexical-Functional Grammar (LFG). LFG has a highly modular design that models the linguistic system as a set of discreet submodules that include, among others, constituent structure, functional structure, argument structure, semantic structure, and prosodic structure, with each module having its coherent properties and being related to each other by correspondence functions. The contributions in this volume represent the broad range and interconnection of theoretical, formal, and descriptive considerations that continues to be the hallmark of LFG.
Design and performance analysis of a deterministic iSWAP gate using a resonator as a coupler

In this paper, quantum process tomography of the designed photonic-qubit-based deterministic iSWAP gate has been done and compared with the ideal iSWAP gate. The gate is designed and simulated using a resonator as a coupler. The performance (fidelity and concurrence) of the designed iSWAP gate has been analytically investigated. The effect of cavity parameters (coupling strength and cavity mode decay rate) on performance of the designed iSWAP gate has been observed. A maximum fidelity of 47.06% is obtained at a coupling strength of 0.02 and cavity mode decay rate of 0.0005, and a maximum concurrence of 0.474 is obtained at a coupling strength of 0.02 and cavity mode decay rate of 0. The research work reported in this paper can be used for further investigation and implementation of quantum information processing systems.
Assessing the Actual Impact of a Cryptojacking Attack on Individual IT Systems and Measuring Legal Responses

Mining cryptocurrencies is much more profitable if one is not paying for equipment or the electricity used for the mining. This is the main reason why cryptojacking has become so prevalent as one of the predominant cybersecurity threats facing Europe today. While the robustness of an organisation is important, one should also know what to do following a security incident or breach. Whilst post-incident analyses are important, an organization should also ascertain their legal standing as well as any possible ways forward after the damage has been done. In order to have a better idea of such a situation, we conducted an in-depth analysis of what a cryptojacking attack would do to our computer network. We did not do that to better protect ourselves, but rather to assess what management can do after an attack happens. Furthermore, we present areas that should be taken into account when assessing damage and propose legal measures effective at the European Union level, relying on criminal, civil and data protection provisions.
Grouping of Districts Based on Poverty Factors in Papua Province Uses The K-Medoids Algorithm

Poverty is an essential issue for every country, including Indonesia. Poverty can be caused by the scarcity of basic necessities or the difficulty of accessing education and employment. In 2019 Papua Province became the province with the highest poverty percentage at 27.53%. Seeing this, the district groupings formed in describing poverty conditions in Papua Province are based on similar characteristics using the variables Percentage of Poor Population, Gross Regional Domestic Product, Open Unemployment Rate, Life Expectancy, Literacy Rate, and Population Working in the Agricultural Sector using K-medoids clustering algorithm. The results of this study indicate that the optimal number of clusters to describe poverty conditions in Papua Province is 4 clusters with a variance of 0.012, where the first cluster consists of 10 districts, the second cluster consists of 5 districts, the third cluster consists of 12 districts, and the fourth cluster consists of 2 districts.
Use of Project-Based Learning and Living Personas to Train Future Designers of Interactive Applications

In a course to train future designers of interactive applications, an original pedagogical approach is implemented and proposed for the students’ practical work. It is organized in project mode, complementing the more traditional lectures and tutorials (exercises) in the classroom. The subject is provided in the form of a call for tender, encouraging each group of students to innovate by simulating companies responding to this call. The practical work consists of an articulation between two pedagogical approaches and a methodological one. The two pedagogical approaches concerned are project-based pedagogy and living persona. Through the living persona technique, the teacher plays a double role, including that of the customer, spokesperson for future users; the descriptive persona is made available to the students, at the same time as the call for tender. The methodological approach is the agile one. In this paper, we aim at describing the complete process, including needs analysis, mock-up and prototyping, with oral and written defense of the proposed solution in front of the customer, as well as a first experience feedback. This approach should be generic enough to be used for most of the application areas covered by the ICSEng conferences.
Features of the Use of Distance Education in Quarantine Conditions in the Postmodern World

Under the conditions of quarantine, distance learning turned out to be the only acceptable form of education, which corresponds to the current world norms of today's postmodern world space, because this type of organization of the educational process is included in the list of institutional forms along with full-time, part-time, network, and the like. Each institution of higher education, within the granted autonomy, has developed and implemented a system of measures for the technological and technical aspects of the implementation of the educational process under quarantine conditions. Along with the variety of forms of production of distance education, there are common problems and challenges for higher education institutions: the workload of both teachers and students has significantly increased; revealed the need for intensive training in the use of distance forms in the educational process; work intensified and it turned out to be obvious that specialized distance learning centers were functioning on the basis of higher educational institutions; Students with special educational needs require significant attention, both in terms of socio-psychological support and support in distance learning. The recommendations of the world community on the course of the educational process in the conditions of quarantine are considered. Most international organizations have implemented the statements and issued a set of recommendations for education systems that countries can use in making policy decisions and implementing specific action plans.
Philosophy of Consciousness in the Context of the Analytical Paradigm.

The article analyzes the urgent problem of the philosophy of consciousness, which has not yet received its unambiguous interpretation, starting with the concept of Cartesian dualism, which recognizes the independent existence of two ontologies as the brain and consciousness, physical and mental.The question of clarifying their relationship is a key in the philosophical analysis of consciousness, and many attempts to resolve it have not yet led to a positive result.The thesis about the fundamental differences between the brain and consciousness and the irreducibility of consciousness to the brain is substantiated.
Ways to develop students ' synthesis skills using creative tasks

The article presents the experience and ways for the teacher to solve the problem that have risen as a result of the low level of interpretation, analysis and synthesis skills. During the school year, the biology lesson tells about the effectiveness of using creativity tasks in the development of students’ synthesis skills. The expected results of the study and research methods are determined. Teachers present their research on the development of creativity in a student, as well as their opinion, giving examples from tasks that teachers have used in their practices by analyzing a variety of literature. In the experimental part, the result of educational activity is summarized with an example. As a result of the research creativity task have identified and justified the positive influence on the development of synthesis skills. The weak and effective sides of the research work are revealed.