Reviewerly/exHarmony huggingface dataset:
Sistem Informasi Pembelajaran Interaktif Mata Pelajaran Simulasi Digital Pada SMK Revany Indra Putra

The development of information and communication technology also influences the progress of learning media innovation, this study uses the information system development method consisting of three stages of research development procedures, namely needs analysis, design, development and implementation. The subjects of this study were students on digital simulation subjects majoring in computer network engineering at SMK Revany Indra Putra. The results showed that interactive learning media on digital simulation subjects could be a variety of media for learning. It is expected that the results of the development of this virtual module will have an impact on increasing students' mastery in learning digital simulations.
Simulation the process of scientific potential development of the personality at the university: approaches and ideas

Introduction. The unprecedented economic and political pressure that Russia has been subjected to sharply raises the question of new principles and models for the development of the domestic system for training future leaders of science, ways to increase the competitiveness of scientists in a rapidly changing world. The authors propose to go from the content of the phenomenon of "scientific potential of the student's personality" and the assessment of the state of its development to the construction of a new educational model in which the ideas of integrity, cultural creativity, system genesis, dialogicity are implemented. Materials and methods. 1724 students of the humanities and natural-sciences and mathematical faculties of the Belgorod State National Research University (Russian Federation) took part in the experimental study. For data processing, methods of mathematical statistics were used: correlation analysis, calculation of the average statistical weight of one connection. Results. It has been established the presence of a high percentage of students with a reproductive level of development of the scientific potential of the individual (39%). There have been identified significant deficiencies in the technological readiness of students for research. It is shown the predominance of students with a creative and heuristic level of development of the scientific potential of the personality in the humanities in comparison with students of natural sciences and mathematical specialties. The greatest statistical weight in the correlation pleiade, compiled for students having creative level of development of scientific potential, has such an indicator as the level of scientific communication (k= 60; p&lt;0,05). The greatest statistically significant relationship for the creative level of development of student’s scientific potential is the relationship between the level of scientific communication and the level of passion for research (r=0,685; p&lt;0,05). Conclusion. The revealed signs-characteristics of the scientific potential of students allow us to give a level assessment of its development at the level of the past and present, as well as to design its further development. The development of a new educational model of vocational training at a university should be aimed at ensuring the subject-subject interaction of participants in scientific creativity in the research educational environment of the university, the development of research activities of students from cultural development to cultural creativity, pedagogical support for the creative independent advancement of the personality of students in the process of cognition.
Web-based Data Mining Technology and its Application

Data mining is a brand-new information technology emerging with the development of database technology and artificial intelligence technology in recent years.It is also an important subject that needs to be solved urgently by computer science and technology, especially the development and universal application of computer networks.Data mining is to discover interesting, hidden, and previously unknown knowledge from a large number of databases.Data mining technology mainly studies structured data mining, while Web data mining is applied technology research, which is to extract interesting and potential patterns from semi-structured or unstructured Web pages.With the increasing resources on the World Wide Web, how to use effective methods to obtain the required information has become an important problem for researchers.Mining refers to data from the Web, such as Web logs and Web page content.Page content discovers users' browsing patterns or searches for related Web pages.Web mining can not only provide reasonable suggestions for site managers, investors, and advertisers but also provide powerful intelligent search engines and personalized services for users.Because it is an unstructured, dynamic, and distributed information system, it is difficult to mine it directly, and the acquired knowledge is unreliable.However, the log of the server has a complete structure.Therefore, we can mine the usage of data by mining web log files.The performance of the Web server system can be enhanced, network service quality for users can be improved, and potential customers in e-commerce can be identified by evaluating and investigating the rules in log data.In this paper, the dynamics of Web mining are analyzed, issues are presented, data mining and Web mining technologies are introduced, and the connection between XML and Web mining is discussed.
Sosialisasi Pembuatan Karya Seni Patung Dengan Teknik Butsir Untuk Membentuk Kreativitas Mahasiswa Program Studi PGMI STKIP Nurul Huda

This Community Service is carried out on students of PGMI STKIP Nurul Huda with the aim that students have high creativity about works of art. The steps for making a sculpture using this grain technique are: The preparation stage, providing materials such as paper, scissors, glue (starch starch), water, plates, paint and items that are suitable for the statue to be made. invite students to follow what is made by the PkM team members. The completion stage is to color the shapes made by each group. The results of this socialization form various interesting shapes with colors that are no less interesting. Of course each group gets a good score. This proves that students are able to show well creativity
THE EFFECTIVENESS OF THE BRITISH PARLIAMENTARY DEBATE TECHNIQUE (BPDT) TO ENHANCE THE STUDENTS’ SPEAKING PROFICIENCY

This research objectives to know students' ability in speaking through the British Parliamentary Debate Technique (BPDT) and how the interest of students of University of Muhammadiyah Bone-in academic year 2021-2022 in speaking skill through the use of BPDT. This study uses a pre-experimental method. The data on the students’ speaking proficiency were collected through the use of BPDT and the students’ interest was measured by a questionnaire. The data acquired were then analyzed through descriptive and inferential statistics. The use of the British Parliamentary Debate Technique (BPDT) in classroom activities significantly improved the speaking proficiency achievement of English students of University of Muhammadiyah Bone. This is all based on the probability value (0.00) which shows it is smaller than the value of the significance level at (0.05).while the students' speaking interest aspect shows a high category based on the students' average score is 81.53
Introducing IoT Analytics

The internet-of-things (IoT) paradigm represents one of the next evolutionary steps in internet-based computing, which is already having a positive impact in a large number of application domains including smart cities, sustainable living, healthcare, manufacturing and more. IoT analytics refers to the analysis of data from multiple IoT data sources, including sensors, actuators, smart devices and other internet connected objects. The collection and analysis of data streams from IoT sources is nowadays considered a key element of the IoT’s disruptive power, as well as a prerequisite to realizing IoT’s hyped market potential. Indeed, according to a recent report by McKinsey [1], less than 1% of IoT data is currently used, which is a serious setback to maximizing IoT’s business value. For example, most IoT analytics applications are nowadays used for anomaly detection and control rather than for optimization and prediction, which are the applications that will provide the greatest business value in the coming years.
EFEKTIVITAS PENGGUNAAN APLIKASI GOOGLE CLASSROOM DALAM PEMBELAJARAN FISIKA DI MASA PANDEMI COVID-19 DI SMA SANTA MARIA DELLA STRADA JAKARTA

The Google Classroom application is one form of the learning management system that is most widely used by students. This is because this application is easy to use and does not require large application storage space on both smartphones and laptops. The purpose of this study was to determine the effectiveness of using the Google Classroom application in learning physics during the COVID-19 pandemic. This research method uses descriptive quantitative research methods. The research instrument used was a questionnaire given to 60 students consisting of class X and class XI. Indicators of effectiveness in this study are 1) understanding of the material in learning by using google classroom, 2) ease of accessing the google classroom application, 3) communication while using the google classroom application while online, 4) the use of google classroom in physics practicum. The results showed that as many as 61.85% of students agreed that it was easy to understand the material/learning theory by using google classroom, 72.5% of students agreed to the ease of accessing the google classroom application, 64.9% of students agreed that communication was smooth with the use of google classroom. and 40.67% of students agree that it is difficult to carry out practicum with the google classroom application alone without the help of other applications. Overall the effectiveness of using the Google Classroom application in learning physics is in the high category with a percentage of 70% which means it is effectively used by teachers and students
Conditional Stroke Recovery for Fine-Grained Sketch-Based Image Retrieval

The key to Fine-Grained Sketch Based Image Retrieval (FG-SBIR) is to establish fine-grained correspondence between sketches and images. Since sketches only consist of abstract strokes, stroke recognition ability plays an important role in FG-SBIR. However, existing works usually ignore the unique feature of sketches and treat images and sketches equally. Targeting at this problem, we propose Conditional Stroke Recovery (CSR) to enhance stroke recognition ability for FG-SBIR, in which we introduce an auxiliary task that requires the network recover the strokes using the paired image as condition. In this way, the network learns better to match the strokes with corresponding image elements. To complete the auxiliary task, we propose an unsupervised stroke disorder algorithm, which does well in stroke extraction and sketch augmentation. In addition, we figure out two weaknesses of the common triplet loss and propose double-anchor InfoNCE loss to reduce cosine distances between sketch-image pairs. Comprehensive experiments using various backbones are conducted on four datasets (i.e., QMUL-Shoe, QMUL-Chair, QMUL-ShoeV2, and Sketchy). In terms of acc@1, our method outperforms previous works by a great margin.
GLIR: A Practical Global-local Integrated Reactive Planner towards Safe Human-Robot Collaboration

In manufacturing, the current trend-shift from mass-production to mass-personalization is enabled, among others, by the emerging field of human-robot collaboration (HRC), in which humans collaborate or work in proximity with robots. In HRC scenarios, robots need to exert a desired behaviour that maximizes utility without sacrificing safety and responsiveness. To maximize safety and utility in static environments, state-of-the-art offline motion-planners use computationally-heavy algorithms for approximating the collision-free robot reachability and accordingly generate (sub-)optimal robot trajectories. To enable real-time responsiveness, we propose an integrated global planner to generate sub-optimal trajectories. It relies on a closed-loop reactive controller for executing the global plan while ensuring safety with practical assumptions about the environment. We evaluate GLIR in simulation. In our experiments, our global planner operates at 25 Hz and the local planner at 100 Hz, enabling their execution in dynamic environments. In all experiments on static scenes with static and dynamic goals, GLIR keeps a safety distance from obstacles. We showcase some simulation experiments and a real-world demonstration in the video available at https://mohamedgalil.github.io/glir/.
Infodemi COVID-19 dengan Peran Social Media Fatigue, Deficient Self-Regulation, dan Promosi Diri

Social media envelopes a tremendous impact on the spread of the COVID-19 virus information. Nevertheless, this also increases the probability of misinformation-spreading as well. Using the affordace theory as well as the cognitive load theory, this study aims to analyze the effects of social media fatigue (SMF), deficient self-regulation (DS-R), and self-promotion on the spread of the COVID-19 misinformation on social media. The population of this research includes Indonesian social media users in the age range of 18 to 24 years old, with a number of sample N=155 (retrieved from G*power software). We use the Likert scale for our questionnaire, and the convenience sampling method for our study, spreading the questionnaire through online platforms such as LINE, WhatsApp, and Instagram. The data will then be analyzed using the SPSS software. Keywords: misinformation, social media, COVID-19
DIAGNOSING ORGANIZATIONAL LEARNING STRATEGIES AT THE UNIVERSITY OF DHI QAR: A CASE STUDY

The current research aims to diagnose organizational learning strategies at the University of Dhi Qar, and to achieve this, the organizational learning strategies variable was measured through five dimensions (strategic alliances, group learning, leadership strategy, technological learning, individual learning), as the research sample was represented by leaders. University (Dean, Associate Dean, Head of Department) and in the manner of the intentional sample from the research community (University of Dhi Qar), and the research included (14) colleges, and (100) university leaders were targeted. The researcher distributed (100) questionnaires to university leaders, where all the questionnaires were retrieved distributed, represented by (24) paragraphs, and supplemented them with personal interviews, university records, and field visits.
Researchers’ Cyber First-Aid

The role of research in national development cannot be over-emphasized. Research is the act of proffering solution(s) for present and future problems through knowledge contribution, seeking, and organization. The ability for one to find old or new knowledge or generate new ones, as well as follow a set of knowledge organization rules towards answering the research question(s) makes him/her, a researcher. The process and set of activities followed by the researcher have in recent times, involve knowledge exchange, collaboration, and blending, mostly through digital media, with the cloud as the main storage and linked via several, wired, wireless, hardware, and software interfaces. The described system is prone to cyber-attack and must be protected, as most research is funded by interested bodies and their outcomes are highly evident in national development. This work christened “Cyber First-Aid” is geared toward creating situational awareness of the need for researchers to protect their finished or ongoing intellectual property from hackers. The methods proposed are not best practices in the cyber security domain but easily applicable checks and solutions with Graphical User Interface applications that any researcher with minimal computer knowledge can implement in order to increase cyber hygiene and minimize intellectual property loss. Applying cyber hygiene best practices, monitoring, analysis, and scanning of data packets with protocol analyzers, packet capturers, hash key generator, and Virus Total malware search engine, scanning e-mail, downloaded files, URLs, and executable files before opening or installing, clearing browsing cache, and blocking URLs discovered to have malicious content, are tools (procedures) that make up cyber first-aid. The result of implementing these tools proved effective in the detection, prevention, and removal of attack vectors and protection of researchers’ intellectual property.
Linguistic Approaches to Technical Documentation and Technical Texts

The main goal of the book Linguistic Research in the Field of Content Development and Documentation is to share the unique findings on the linguistic aspects of documentation, content development, and technical writing with a much broader audience.The authors focus on the process of technical documentation, the features of technical texts, and their translation mainly from the aspects of terminology, translation studies, and text linguistic research.The relevance of this research is connected to the advancement of technology and the changes in how we collect, share, and understand information as a result.The selected papers are the English translations of the original Hungarian ones, which were published in two separate volumes in Hungarian.The book is split into three main parts: the first chapter examines technical communication from a broad perspective, the second chapter focuses on the connection between documentation, terminology, and translation, and the book ends with studies about linguistic analysis of technical texts.
Design of English Teaching System Platform Based on Multimedia Network-Assisted Instruction

Multimedia network-assisted instruction (mcai) provides intelligent support for innovative English teaching. By giving full play to the advantages of multimedia network-assisted instruction (mcai), it presents a vivid and three-dimensional English classroom for students, it will improve the efficiency of English teaching in an all-round way and improve students' understanding and cognition. Based on the analysis of the design principles of the English teaching system platform based on the multimedia network-assisted instruction (mcai), this paper pforward a design scheme of the English teaching system platform based on the multimedia network-assisted instruction.
Application of Drone Robot Measurement to Concrete Railway Bridge Inspection

In order to improve the method of soundness inspection of railway bridges, remote inspection techniques using drone robots have been developed by Railway Technical Research Institute. Drone robots have been developed to perform inspections of concrete structures while running beneath the underside of bridge girder using self-propelled crawlers. The systems using a drone robot can conduct close-up shooting, reinforcement explorations and hammering test of the under-side and side surfaces of concrete structures. In addition to those, it can also analyze the measured image data and sound data with AI diagnostic techniques.
Let’s reimagine our legacy of mining

If the mine you are operating will be stuck with your company forever -would you do something different?As miners, the industry is expert at delivering safely at a price.Closure, traditionally, is pushed to the back of the productive life and given a myopic magnifying glass once a year to make sure its cost does not impair the balance sheet.The problem is that society demands more of us; governments are less willing to allow relinquishment, and there is real risk if the mine is sold off and the new company goes bankrupt, it will return to the balance sheet and reputation.We realise that how we optimised the mine life in the past is not necessarily the best when we apply a modern set of optics.With the value of hindsight this paper examines case studies of mines in BHP Legacy Asset's portfolio to compare short-and long-term closure thinking and showcase important aspects of closure.Aspects of closure that we need to consider in an integrated way such as: risk; technical; closure; water; social closure (now more commonly known as 'just transition'); stakeholder management; innovation; climate change; operational integration, and change.BHP Legacy Asset's stewards 23 sites in various stages of closure across the USA and Canada; 200 people including contractors; 108 dams in 23 different facilities and 12 water treatment plants, most of which BHP did not mine but acquired in transactions.Costs are real and, in some cases, forever.The industry needs to become expert at reimagining how to operate with closure in mind.It requires an integrated approach: mining, geology, data, geospatial, geotechnical, finance, environment, water, renewables, community, and legal.The industry needs to be able to make the case for outcomes that have long-term benefit, but which may require an increased short-term cost.If the tension between short-term demands and long-term outcomes are realistic, beneficial to the environment and community, the industry can promote our licence to operate, and we can all be proud of our legacy.
PHENOMENON OF MUSICAL-PERFORMANCE THINKING IN THE CONTEXT OF PIANO CREATIVITY

The purpose of the research is to determine the structural and content features of musical-performance thinking, its general typological indicators and specific components, to identify the most relevant and justified by the nature of this phenomenon musicological approaches and their theoretical and categorical support. The methodology of the work involves a combination of musical-active cognitive and structural-semantic approaches, their enrichment from the side of aesthetic and psychological evaluations. The scientific novelty of this article lies in the deepening of the theoretical perspective of the study of the phenomenon of musical thinking based on the study of the nature of the performing process, in the discovery of the trinity of the motor performancegestural form, the visual representation and the musical-sound textual formula, the way of voicing the image in the text; the concept of musical-performance energy is proposed as a necessary component of the creative and thinking process. The conclusions make it possible to prove that the initial connection of movement - sound (quality of piano sound extraction) indicates the direction of the interpretive thought and the degree of professional awareness of the performer. This basic instrumental-game dichotomy is of auxiliary importance for the integral implementation of the artistic-aesthetic concept of a musical work. As a result of the internal structure, the piano-performance thinking gives rise to complex synthetic representations, in which the three main components are coordinated and due to which stable relations-connections between these components arise. Synthetic ideas relate directly to the motor sphere, being established in the performer’s ideas as certain manual keyboard and application positions, as well as a sequence of dynamic techniques. The performance technique itself is perceived in the unity of its technical and artistic-expressive functions, that is, in its desire to rise from a formal sign to a meaningful meaning, to acquire an artistic-symbolic weight.