Reviewerly/exHarmony huggingface dataset:
INTEGRATED ART AS A TOOL FOR THE DEVELOPMENT OF CRITICAL THINKING APPLICANTS FOR PRIMARY EDUCATION

For more than ten years, modern psychology and pedagogy have preferred effective and original educational tools, the main purpose of which is to reveal the potential of modern art, the development of critical thinking that can be used in the study of various school subjects. Modern society, like life, is very demanding, it needs citizens who are able to think flexibly and dynamically, are able to navigate the variability of life, can make unusual decisions. Critical thinking of contemporary art is a jewelry tool for understanding the new educational paradigm focused on the adaptation of free communication in the world. Life proves that thanks to creativity, flexibility, the ability to generate new ideas, society will be easier to navigate in the most difficult times. How to prepare primary school students for life activities and fruitful work? Why should teachers and their students understand contemporary art? Scientific research (Kolotilo O.) proves that the main tasks of teaching an integrated course «art» are to reveal creative talents, stimulate artistic and figurative thinking, education of aesthetic taste of the individual in early school age and later independent life. In the process of a brief review of the history of modern art, the development of cultural values, the development of artistic and figurative thinking is formed on the basis of the idea of «beautiful». The demand for creative, intellectually developed people is very high.The classification of types of thinking has its origins in the works of Aristotle, who built the sphere of «speculation» and «pure reason» on a system of universal abstractions. Psychologists, in turn, consider several types of thinking: visual, concrete and abstract, intuitive and critical thinking. The scientific prism of intellectual and practical activity emphasizes the unity of thinking with the feelings of perception of the world around. Thanks to critical thinking, the child goes beyond sensory cognition. L. Masol, S. Zhupanin and F. Shchegel agree that the methodological basis for understanding the essence of the artistic image are the philosophical provisions of the theory of knowledge, interpret thinking as a holistic expression of human essence, where feelings and imagination provide diversity of implementation. Each of us is an artist, and creativity brings us great pleasure. In art, a person gets many opportunities to express their feelings and emotions. Creative talents in children are no longer perceived as internal uncontrolled processes. Creativity – a constant companion of child development, and in a broader sense – a necessary condition for existence. With the help of an integrated art course introduced by the New Ukrainian School, primary school students expand their knowledge of the ideas and features of contemporary art and develop skills to implement various components of contemporary art in their professional activities. Key words: critical thinking, creativity, subject learning, creativity, abilities, art, New Ukrainian School
A RELIABILITY GURANTEED SOLUTION FOR DATA STORING AND SHARING

Digital data certified by a reputable organization are valuable digital data that can be stored or shared on the internet.How to ensure the anonymity of organizations on issued certificates.How to ensure that valuable digital data are securely stored in the system.How could people verify the reliability of shared data while still ensuring the confidentiality of its content, and how to ensure that the data sharing process is safe, transparent, and fair?Therefore, we propose data producing, data storing, and data sharing schemas.In the data producing schema, we deploy a group signature scheme for a group of reputable organizations that provide the same type of service, an organization in the group generates a valuable digital data from raw data sent from a data owner and then issues a certificate on the ciphertext of this digital data.In the data storing schema, the data owner uploads his/her data to the public Inter-Planetary File System network and then stores the access address of the stored data and the corresponding certificate on the blockchain.In the data sharing schema, everyone on the system could verify the reliability of shared data before sending a data sharing request to the data owner.The data sharing process is performed via a smart contract, and involved parties have to escrow to encourage honesty.The schemas of data storing and sharing guarantee the security properties including confidentiality, integrity, privacy, non-repudiation, andanonymity.Two different key shares for each of the users are generated, with the user only getting one share.The possession of a single share of a key allows the methodology to counter the insider threats.The other key share is stored by a trusted third party, which is called the cryptographic server methodology is applicable to conventional and mobile cloud computing of cloud suppliers is Data Security, Sharing, Resource scheduling.
Pengaruh Penggunaan E-Learning Terhadap Motivasi Belajar Matematika Di SMP Negeri Kota Makassar

This research was conducted to know the effect of e-learning on the mathematics learning motivation of eighth-grade students of SMP Negeri 35 Makassar. This research is quantitative design. The sample of this research is the students of class VIII- Seven which consists of 33 students. The research method used is quantitative. This type of research is experimental research. Data collection techniques used in this study were observation sheets and questionnaires.The results show that the use of e-learning affected students' learning motivation. The validity test process conducted it with the value of t- table 0.349, and the reliability test of learning motivation is 0.958 with a high category. The results of the test data are typically distributed and homogeneous. This is evidenced by the paired sample test with a significance value of 0.000 &lt;0.05. The data on the use of e-learning was obtained through learning observations which included e-learning systems, e-learning content, and e-learning infrastructure. E-learning system uses learning media such as zoom application, WhatsApp, and google classroom. E-learning content in the form of teaching videos and electronic math books in the format of applications that can be downloaded through the Playstore. E-learning infrastructure is used in learning activities, such as computers, laptops, and mobile phones connected to the network. The research was carried out as a whole and simultaneously. The value of learning motivation before e-learning was 48.033, an increase of 14.87 after the use of e-learning, with a total value of learning motivation of 62.9.
Automatic Plant Watering System Based on Air Temperature and Soil Humidity Using the Fuzzy Sugeno Method

Plants need water to grow well, so watering must follow the plant's needs. Parameters that affect the process of watering plants are air temperature and soil moisture, thus, we need a control system that can make decisions in the form of watering time to meet plant water needs according to their needs, namely an automatic watering system. Fuzzy method can be used for human-like decision making in a control system. This study uses the Sugeno fuzzy method which is integrated into the Microcontroller as the controller. Testing of this system is carried out on eggplant plants which are regulated based on how long the watering time is so that the air temperature and soil moisture are following the plant's needs. The test resulted that the effective watering time interval so that the eggplant soil moisture was maintained at 40-60% was 21 seconds. It can be concluded that the fuzzy inference embedded in the design has been able to overcome the problem of watering eggplant plants, where the test shows that after the watering process, the soil moisture value can be maintained at an average value of 55% so that the soil moisture is following the needs of the plant.
A NEW CYBERBULLYING LAW? EXTENSION OF LEGAL INTERPRETATIONS IN CHINA AND RUSSIA

Cyberbullying is a form of psychological violence that is intentional, repeated, characterized by power imbalance, and uses cyberspace as its medium. Cyberbullying can be much more vicious than the ‘traditional’ face-to-face bullying because it is not limited by time and space, difficult to detect, and the aggressors often enjoy anonymity and impunity. Moreover, cyberbullying can exist as a self-contained phenomenon in cyberspace, which means that the aggressor and the victim may not know each other in the real world. Bearing these facts in mind, we need to answer two important questions: 1) Is cyberbullying a new type of offense? 2) Do we need a new anti-cyberbullying law? Scholars around the world are divided on these issues. While some countries, like the United States and New Zealand, have directly criminalized cyberbullying, others, like Australia and Canada, are simply amending their existing laws or extending their interpretations. This paper examines the legal situation in China and Russia, the two countries which do not have any specific laws regarding cyberbullying. The research is built upon the analysis of applicable laws and judicial decisions. The case studies overview the situations when victims of cyberbullying sought legal protection in court. The paper concludes that neither China nor Russia needs to pass a new anti-cyberbullying law. They are already doing adequate work to amend and interpret the existing civil, administrative, and criminal laws in order to counter cyber-offenses. However, more effort needs to be done to remove procedural barriers to litigation and prosecution, such as the costly and cumbersome notarization process in Russia, or the private character of the prosecution of defamation in China.
Universal compilation for quantum state tomography

Abstract Universal compilation is a training process that compiles a trainable unitary into a target unitary. It has vast potential applications from depth-circuit compressing to device benchmarking and quantum error mitigation. Here we propose a universal compilation algorithm for quantum state tomography in low-depth quantum circuits. We apply the Fubini-Study distance as a trainable cost function and employ various gradient-based optimizations. We evaluate the performance of various trainable unitary topologies and the trainability of different optimizers for getting high efficiency and reveal the crucial role of the circuit depth in robust fidelity. The results are comparable with the shadow tomography method, a similar fashion in the field. Our work expresses the adequate capability of the universal compilation algorithm to maximize the efficiency in the quantum state tomography. Further, it promises applications in quantum metrology and sensing and is applicable in the near-term quantum computers for various quantum computing tasks.
IMPLEMENTASI SISTEM INFORMASI MANAJEMEN PENDIDIKAN DAN TENAGA KEPENDIDIKAN KEMENTRIAN AGAMA (SIMPATIKA): MENGGUNAKAN TAM MODEL

This study aims to determine: (1) The effect of Perceived Ease of Use on the application of SIMPATIKA in Madrasas throughout the Solok District; (2). The Influence of Perception of Utilization on the application of SIMPATIKA in Madrasas throughout the Solok District; (3) The Influence of User Satisfaction Perception on the application of SIMPATIKA in Madrasas throughout the Solok District; (4) The effect of Perception of Ease of Use, Perception of Use and Perception of User Satisfaction simultaneously on the application of SIMPATIKA. This research was conducted at Madrasas in Kab. Solok MI level. MTs and MA. The data used are primary data. In this study using the philosophy of positivism with the Associative approach. The results showed that: (1) Perception of Ease of use had no effect on the application of SIMPATIKA in Madrasas in the District of Solok; (2) Perception of Utilization does not affect the application of SIMPATIKA in Madrasas in the District of Solok (3) Perception of User Satisfaction influences the Application of SIMPATIKA in Madrasas in the District of Solok (4) Perception of Ease of Use, Perception of Usage and Perception of User Satisfaction simultaneously affect the application of SIMPATIKA in Madrasas throughout the District..
The Tower of Babel: Virtual Reality Revisited

Felnhofer, A., & Kothgassner, O. (2022). The Tower of Babel: Virtual Reality Revisited. Digital Psychology, 3(2), 1–2. https://doi.org/10.24989/dp.v3i2.2181
ASPENSIA 21 ANDROID-BASED INTERACTIVE ON THE CONCEPT OF HUMAN DIGESTIVE SYSTEM

The concept of human digestive system is senior high school as biology material play an important role, looked by morphology, anatomy and students’ lifestyle. The 2013 curriculum includes aspects of knowledge &amp; skills attitudes, where development of diverse teaching material such as software that can be used as instructional media, especially on the concept of human digestive system. This study aims to describe the results of developing ASPENSIA 21 android-based interactive. The research used Borg &amp; Gall model, when only up to stage 5 main product revision using expert validation test instruments and readability tests. The results of the study are (1) total validity score obtained 86.24%, very valid, where content feasibility aspect is 83.33%, language feasibility aspect is 87.63%, and presentation feasibility aspect is 87.77%, and (2) student readability test result 82.49%, very good category.
Graph-based Text Document Extractive Summarization

Text document summary is an emerging application of natural language processing and information retrieval. Extracting representative or condensed content from a text document is necessary to reduce time demands on end-users of news articles and blogs, for example. Summaries can be generated from a single document or multiple documents Extraction of the important sentences from documents is known as extractive summarization, whereas abstractive summarization is a method for generating a summary based on important terms in documents. The challenges posed by extractive and abstractive summarizations are different, hence the choice of which to use depends on the application. This chapter focuses on how graph theory can be used to extracting summaries of text documents, provides the background to the text summarization problem, its types, advanced graph types, and methods for extracting summaries using graphs. Sentences, their order, and the order of the terms within them can be analyzed using graph theory to produce summaries. Graph types such as basic graphs, bipartite graphs, hypergraphs, and semigraph have been explored by researchers for extracting document summaries.
PRIMENA BLOCKCHAIN TEHNOLOGIJE ZA IOV APLIKACIJE

The Fortieth Symposium on New Technologies in Postal and Telecommunications Traffic (PosTel 2022) is scheduled for November 29 and 30, 2022. The symposium is organized by the Department of Postal and Telecommunication Traffic of the Faculty of Transport and Traffic Engineering at the University of Belgrade. The co-organizers are: a state-owned enterprise, "Post of Serbia," "Telekom Srbija," and the Regulatory Agency for Electronic Communications and Postal Services (RATEL). The symposium is supported by the Ministry of Education, Science, and Technological Development and the Ministry of Trade, Tourism, and Telecommunications of the Republic of Serbia. The main aim of this event and the accompanying symposium proceedings is to present state-of-the-art scientific and technological achievements in the field of postal and telecommunications traffic. All presented and published papers are invited, and their number is limited. The topics of the symposium and the most competent authors are determined by the program committee.
AIs can outperform humans when instructed to think step by step

When it comes to knowing thyself, your own opinion doesn't necessarily align with that of people around you. But who is right? And would it make life better to fathom your true nature, asks Daniel Cossins
Security Requirements Specification and Tracing within Topological Functioning Model

Specification and traceability of security requirements is still a challenge since modeling and analysis of security aspects of systems require additional efforts at the very beginning of software development. The topological functioning model is a formal mathematical model that can be used as a reference model for functional and non-functional requirements of the system. It can also serve as a reference model for security requirements. The purpose of this study is to determine the approach to how security requirements can be specified and traced using the topological functioning model. This article demonstrates the suggested approach and explains its potential benefits and limitations.
Handling Complexity in Modern Software Engineering: Editorial Introduction to Issue 32 of CSIMQ

The potential of the Internet and related digital technologies, such as the Internet of Things (IoT), cognition and artificial intelligence, data analytics, services computing, cloud computing, mobile systems, collaboration networks, and cyber-physical systems, are both strategic drivers and enablers of modern digital platforms with fast-evolving ecosystems of intelligent services for digital products. This issue of CSIMQ presents three recent articles on modern software engineering. First, we focus on continuous software development and place it in the context of software architectures and digital transformation. The first contribution is followed by the description of the basis of specific security requirements and adequate digital monitoring mechanisms. Finally, we present a practical example of the digital management of livestock farming.
Readiness towards Using Computer-Based Language Test (CBLT) among Malaysian Tertiary ESL Learners

The vast majority of 'Gen Z' are in the positive light about the future of technology in education.Due to the Covid-19 pandemic, there has been a shift in teaching, learning and assessing methods.To keep abreast with current technology, computer-based language test (CBLT) was used as one of the methods to assess students' language proficiency during the shift.For this study, the CBLT was adopted and conducted among students who were taking an English proficiency course in a public university mainly located in Selangor, Malaysia.They were required to sit for the test as part of the course fulfilment.Thus, the purpose of the study is to investigate whether there are significant differences in the CBLT 1, CBLT 2 and CBLT 3 scores among Business Management (BM), Social Sciences and Humanities (SSH), and Science and Technology (ST) students, who were from different branches around Malaysia.The study employed a quantitative research design in which a total of 16079 students' scores from three (3) different tests were recorded and analysed.The results of this analysis will provide insights on the conclusion that students from different programmes were able to adapt to the use of the CBLT in assessing their listening skills.
Reconstruction of petrophysical zoning of the Blagodatnoye gold deposit in the Yenisei Ridge: Geodynamic and physical-chemical aspect

Research subject . Petrophysical zoning of the Blagodatnoye gold-sulﬁde deposit in the Yenisei Ridge. Aim. To determine indicative petrophysical characteristics of the products of the main occurrence stages and to develop an evolutionary petrophysical model of the investigated deposit. Materials and methods . Physical ﬁelds were studied by the methods of magnetic and electrical exploration and gamma-spectrometry. The petromagnetic heterogeneity and mineralogical-geo chemical features of formation of polymetamorphic complexes, metasomatites and ores were studied by a neutron activation analysis of the content of rare earth and radioactive elements, petrochemical x-ray ﬂuorescence analysis, as well as by an electron-probe microanalysis of pyrite. Results . The syncollisional fold-overthrust fault (785 Ma) of the preparatory stage provided structural control over the ore-bearing mineral-forming system. The signs of zone dislocation metamorphism include geophysical anomalies: magnetic and natural electrical anomalies due to pyrrhotite and graphite mineralization of cleavage zones on fold limbs, and speciﬁc electrical resistance from siliciﬁcation zones in fold hinges. The metasomatism of the pre-ore (753 Ma) and ore (698 Ma) stages took place under rifting conditions. Pre-ore quartz-muscovite and chlorite metasomatites with carbon mineralization and supra-background Au concentrations were formed under the action of reducing reaction solutions; they remained unaltered in the non-productive part of the deposit. These formations are characterized by elevated concentrations of radioactive elements and natural electrochemical polarizability. During the ore stage, Au was concentrated by ﬂuids with hydro-carbonate-sulﬁde composition under the violation of the strike-slip kinematics, which caused signiﬁcant petrophysical transformations of the productive part of the deposit. Early carbon metasomatites in the sub-ore and root sections of the ore bodies were depleted in terms of U, at the same time as retaining their electrochemical activity. Uranium accumulated in the upper horizons of the productive part, whose rocks lost their polarizability due to scattered carbonate mineralization. Magnetic pyrrhotite crystallized as part of sulﬁdes with a regular increase in its proportion in the root sections of the ore bodies. At the ﬁnal stage (368 Ma), the mineralized zone was broken into a series of blocks with unequal vertical displacements and levels of erosional truncation by upcasts. This led to the exposure of various-depth sections with contrast petrophysical characteristics. Conclusions . The Blagodatnoye deposit was formed in four stages: preparatory, two ore-generating and ﬁnal. The petrophysical features of the products of each stage formed the basis for the developed evolutionary petrophysical model, which will be tested on the materials of geophysical studies of the Yenisei Ridge territories.
Developing innovative digitalized community-based senior exercise program to improve older adults' cognitive and physical functions

Developing innovative digitalized community-based senior exercise program to improve older adults' cognitive and physical functions
Effects of companion robots for socially isolated older adults

Effects of companion robots for socially isolated older adults O. Lee (Convener)Participants: I. Nam (Korea), H. Jo (Korea), H. Shin (Korea), C. Jeon (