Reviewerly/exHarmony huggingface dataset:
Needs Analysis of English for Specific Purposes of IAKN Tarutung Students

The purpose of study was to find the needs of IAKN Tarutung students’ on English for specific purposes. The needs analysis was done to collect the information deal with students’ needs. The study used questionnaire to gather the data from respondents. There were 76 students of IAKN Tarutung who participated in this study. The result of the study showed the majority of students claimed that all four language skills are highly essential and needed, especially reading and speaking skills, followed by listening and writing skills. The students’ still have a low proficiency in English. Similarly, almost all sub-skills are difficult for them. The students also need to learn English for specific purposes that related to their field study with various teaching media, learning sources and teaching methods. Based on this result, the present study recommends that students’ needs should be considered as one of priorities in designing ESP course.
COVID-19 from a techno-educational perspective through markerspaces

In the face of the health emergency that occurred worldwide due to the COVID-19 pandemic, in the educational field there is a need to design teaching materials to make this phenomenon known to students and the best ways to act promoting solidarity attitudes, joint community work and a social conscience. To do this, this work presents augmented reality tools, virtual reality, 3D modeling and 3D printing to promote the study, analysis and understanding of the nature, structure, composition and origin of the virus, the factors that They trigger infections, the symptoms presented by the infected subject, formulas for action by health personnel in hospitals, and prevention and safety measures. From an innovative approach, teachers of the digital age must have training from the pedagogical and instrumental and technological point of view to successfully undertake their teaching work aimed at facilitating the acquisition and construction of knowledge by their students. For this, the support, the material used as a mediator, in this case the emerging technologies to promote online learning from a connectivist perspective, considering the collaborative and creative philosophy of makerspaces, is considered of special importance.
THE SIGNIFICANCE OF DIDACTIC CULTURE IN DEVELOPING OF FUTURE TEACHERS' PROFESSIONAL COMPETENCE

International science journal "Science and life of Kazakhstan" publishes scientific papers on topical problems of fundamental and applied research in the field of social sciences and humanities in Kazakh, Russian, English, Turkish.
Social responsibility and teamwork in the investigative skills of teachers in Covid-19 pandemic at the isaíasardiles educational institution, pachacamac 2020

The present study aimed to determine the incidence of social responsibility and teamwork on the investigative skills of teachers, and responds to the institutional educational problem. With a quantitative approach, explanatory type and causal correlational design, with a sample comprised of 77 teachers from the IsaiasArdiles Educational Institution of Pachacamac;Questionnaires were used for the variables, the general objective of the research was: To determine the incidence of social responsibility and teamwork in the investigative skills of the IsaiasArdiles Educational Institution, Pachacamac, 2020;and the specific objectives were: Determine the incidence of social responsibility and teamwork in the ability to problematize the educational reality of the IsaiasArdiles Educational Institution, Pachacamac, 2020;determine the incidence of social responsibility and teamwork in the ability to theorize the educational reality of the IsaiasArdiles Educational Institution, Pachacamac, 2020;and determine the incidence of social responsibility and teamwork in the ability to verify the educational reality of the IsaiasArdiles Educational Institution, Pachacamac, 2020;and in the hypothesis test the linear regression statistic was used;and after data collection, the following conclusion was reached: Social responsibility and teamwork significantly affect the investigative skills of the IsaiasArdiles Educational Institution, Pachacamac, 2020;having obtained a value p = 0.000 in the linear regression test. © 2021 Karadeniz Technical University. All rights reserved.
PENINGKATAN HASIL BELAJAR SISWA MELALUI METODE FUN LEARNING DALAM PEMBELAJARAN TEMATIK

The phenomenon that occurs in one of the Sekaran Public Elementary Schools shows that students have decreased learning outcomes in Thematic learning and have not achieving the minimum completeness criteria (KKM) value. Students are less enthusiastic in participating in learning because of their low learning motivation, even some students do not want to learn and do not want to go to class. This study aims to describe the effect of the Fun learning method in “Kebersamaan” theme to improve student learning outcomes in grade II in Sekaran State Elementary School. This study uses the research One group pre-test and posttest design so that only requires one class without a control class that is only in class II, amounting to 15 students. Researchers used the test as a research instrument which was then analyzed using the Pearson Product Moment formula and Paired Sample t-test. Based on the results of data analysis using Pearson Product Moment, the correlation between the variables Fun learning methods with learning outcomes = 0.713. After comparing with r table = 0.553, Ho is rejected and Ha is accepted, which means that the Fun learning method has an effect in improving student learning outcomes at Sekaran State Elementary School. While the Paired Sample t-test significance test, showed a correlation number before the Fun learning method was applied after being applied at 0.713> α (0.05). based on these values, the Fun learning method influences the learning outcomes of Grade II students in Sekaran State Elementary School significantly
Web Based Application for Competency Test Management of Front Office Manager Occupation

To find out training graduates who have met the set competency standards, competency certification is conducted through competency tests.In this relation the government established the National Professional Certification Agency to carry out work competency certification which gives a license to the Professional Certification Institute to carry out work competency certification.So far, competency test management is still done manually.Nowadays the progress of information technology, especially in the internet field is very rapid, which also allows its use in the field of management competency testing of labour.This research intends to build a web-based system software for management competency testing of front office manager occupation to support the implementation of competency certification management in Professional Certification Institute.This research was conducted using the Waterfall method, which is a method of sequential and systematic software development consisting of: analysis, design, coding and testing.The results of the implementation of this system will produce complete software that can be used for the management of competency testing for front office manager occupations, consisting of administrative management, participant management, assessor management, competency test implementation, and producing competency recommendations of the assessments to be followed up by National Professional Certification Agency.
High Dimensional Complexity of Dynamical System in the Big Data

Big data technologies are playing an important role in various fields such as biology, finance, economics and engineering. However, the complexity of big data has not been fully understood, especially for the dynamical system in high dimensional space. Here we present a theorem about existence of three-dimensional chaotic behavior for a dynamical system which is widely used in engineering and business. We also give the chaotic behavior at different velocities under initial and fixed values. Simulation results show that our approach can uncover the rich dynamical behaviors of the high dimensional system, e.g. the relationship between the initial value and the chaotic behavior in three- and two-dimensional space.
DIFFERENCES OF HEMOGLOBIN LEVEL, HEMATOCRITE VALUE AND THE NUMBER OF ERYTHROCYTE IN ISCHEMIC AND HEMORRHAGIC STROKE AT M. HATTA BRAIN HOSPITAL

ABSTRACT Stroke is the main cause of physical disability in productive age and elderly. Blood viscosity/ viscosity in stroke patients can be seen based on the results of blood hematology examinations in the form of an increase in hemoglobin levels, hematocrit values and the number of erythrocytes from normal values carried out in the laboratory.  Assessing blood viscosity / blood viscosity helps stroke management to reduce the spread of damage to brain cells in stroke survivors. This study aimed to compare levels of hemoglobin levels, hematocrit values and the number of erythrocytes in ischemic stroke and hemorrhagic stroke. The research design was cross sectional study. This research was conducted on 60 subjects (30 patients with ischemic stroke and 30 patients with hemorrhagic stroke) who are IGD patient in M. Hatta Brain Hospital from March to August 2020. Hemoglobin levels, hematocrit values and erythrocyte count were examined using the Hematology Analyzer. Comparison of hemoglobin levels, hematocrit values and the number of erythrocyte in ischemic and hemorrhagic stroke patients using an independent T-test, p <0,05 was considered significant. The mean rates of hemoglobin levels, hematocrit values and the number of erythrocytes were lower inischemic stroke (12,6±1,1/ gr/dl; 38±2,9/ %; 4,3±0,4/ million/mm 3 ) than in  hemorrhagic stroke (15,2±0,1/ gr/dl; 45±2,7/ %; 5,1±0,4/ million/mm 3 ). There were significant differences in hemoglobin levels, hematocrit values and the number of erythrocytes in ischemic stroke and hemorrhagic stroke. Key w ords: Blood viscosity, hemostasis,  blood component, stroke disease, hypertension
Dynamic Rupture Scenarios of Large Earthquakes on the Rodgers Creek-Hayward-Calaveras-Northern Calaveras Fault System, California

&amp;lt;p&amp;gt;The Rodgers Creek-Hayward-Calaveras-Northern Calaveras fault system in California dominates the hazard posed by active faults in the San Francisco Bay Area. Given that this fault system runs through a densely populated area, a large earthquake in this region is likely to affect millions of people. This study produced scenarios of large earthquakes in this fault system, using spontaneous (dynamic) rupture simulations. These types of physics-based computational simulations require information about the 3D fault geometry, physical rock properties, fault friction, and initial stress conditions. In terms of fault geometry, the well-connected multi-fault system includes the Hayward fault, at its southern end the Central and Northern Calaveras faults, and at its northern end the Rodgers Creek fault. Geodetic investigations of the fault system&amp;amp;#8217;s slip-rate pattern provide images of where the fault surfaces at depth are creeping or locked interseismically, and this helped us choose appropriate initial stress conditions for our simulations. A 3D geologic model of the fault system provides the 3D rock units and fault structure at depth, while field samples from rocks collected at Earth&amp;amp;#8217;s surface provide frictional parameters. We used this suite of information to investigate the behavior of large earthquake ruptures nucleating at various positions along this partially creeping fault system. We found that large earthquakes starting on the Hayward fault or on the Rodgers Creek fault may be slowed, stopped, or unaffected in their progress, depending on how much energy is released by the creeping regions of the Hayward and Central Calaveras faults during the time between large earthquakes. Large earthquakes starting on either the Hayward fault or the Rodgers Creek faults will likely not rupture the Northern Calaveras fault, and large earthquakes starting on either the Northern Calaveras fault or the Central Calaveras fault will likely remain confined to those fault segments.&amp;lt;/p&amp;gt;
Bringing Knowledge and Emotion to the Industrial Field: ETT's AR/VR Solutions

The birth of the Industry 4.0 is linked to “enabling technologies”, which provide significant advantages to both industry and users. Among these, a particular role is played by Augmented and Virtual Reality, which, by combining real and digital world, can optimize production, sales and user experiences. This is the goal behind ETT's AR/VR projects in the Industrial Field: immersive technologies that guarantee engagement, safe environments and innovation. Four case studies exemplify how these technologies can support the industry sector. Area X for Intesa San Paolo and NIA VR app for the National Fire Brigade bring the user into a safe and totally digital world; while the automotive production and rental service Car Server apps merge real and digital world.
The Cosmological Model Based on the Uncertainty-Mediated Dark Energy

The existence of the effective Lambda-term is a commonly accepted paradigm of modern cosmology, but the physical essence of this quantity remains absolutely unknown, and its numerical values are drastically different in the early and modern universe. In fact, the Lambda-term is usually introduced in the literature either by postulating arbitrary additional terms in the Lagrangians or by employing the empirical equations of state. In our recent series of papers (Yu.V. Dumin. Grav. and Cosmol., v.25, p.169 (2019); v.26, p. 259 (2020); v.27, in press (2021)), we tried to provide a more rigorous physical basis for the effective Lambda-term, starting from the time-energy uncertainty relation in the Mandelstam–Tamm form, which is appropriate for the long-term evolution of quantum systems. This results in the time-dependent Lambda-term, decaying as 1/t. The uncertainty-mediated cosmological model possesses a number of specific features, some of which look rather appealing: (1) While the standard cosmology involves a few very different stages (governed by the Lambda-term, radiation, dustlike matter, and again the Lambda-term), our model provides a universal description of the entire evolution of the universe by the same “quasi-exponential” function. (2) As follows from the analysis of causal structure, the present-day cosmological horizon comprises a single domain developing from the Bing Bang. Therefore, the problems of the homogeneity and isotropy of matter, the absence of topological defects, etc. should be naturally resolved. (3) Besides, our model naturally explains the observed approximately flat 3D space, i.e., the solution with zero curvature is formed “dynamically”, starting from the arbitrary initial conditions. (4) The age of the universe turns out to be much greater than in the standard cosmology; but this should not be a crucial drawback, because the most of problems are associated with insufficient rather than excessive age of the universe.
HIGH - QUALITY IMAGE RESTORATION USING LOW - RANK PATCH REGULARIZATION AND GLOBAL STRUCTURE SPARSITY

Today there has been big improvement in digital technology that has led to the development of various usable devices and methods especially in the fields of communications and data transfer to a longer distance. The transmission of data in the form of documents, images and so on is now reachable to all parts of the society and the services are affordable to most of the people. An important aspect is data Compression & restoration and for that matter Image Compression & restoration, as images form a larger part of data being exchanged over the internet through social networking and information sharing apps all over the world. Among different kinds of data, images and videos constitute the bulkiest data. Thus, need for compressing the image files is an important aspect in data communication. The image Compression & restoration is the technique which is applied to compress the pixels of the image to reduce size without compromising image quality. The work contains improvement in vector based Fuzzy DCT algorithm Compression & restoration technique to increase Compression & restoration ratio. In this research work we present a technique for image Compression & restoration, using Fuzzy Discrete Cosine Transform and Fuzzy Logic Techniques. The algorithm used in this project is tested along with several images and the results are compared with other techniques. Our method shows an improved performance both in Compression & restoration ratio as well as image perceptibility. The performance of proposed will be implemented in java. The results shows better PSNR and Compression & restoration ratio as compare to discrete cosine transformation.
Natural Language Processing Toolkit for Sentiment Analysis,Abuse Analysis and Question Answering System

With reference to this document; it specifically mentions the detail of the project how it was developed, the primary requirement as well as various feature and functionalities of the project and the procedure followed in achieving this functionality .As inter data is growing tremendously, we need to focus of getting maximum out of it .this can achieve if we extract information from it . in this paper Natural Language Processing(NLP) for sentiment analysis ,abuse analysis and question answering .Also, sentiment analysis use for getting masses option on some idea or company’s product .This paper has achieved an automatic question answering system support asking question in natural language and has some reference value in other area. Due to huge number of users and data it is not possible to check all comments in social network. We propose a pluggable architecture with reusable components ,able to detect harmful comments.
LibGuides: East Campus Library Displays: Adventure is out there!

Missed a display? No worries! You can now find a complete list of all items that have been on display right here. Hakuna matata! World traveling theme
LibGuides: COM 101 - Public Speaking: Using online media

Instruction in preparation and delivery of speeches to an audience. The student is graded on the choice and phrasing of thesubject, the selection and arrangement of the material, the adaptation to the audience and the delivery. Usually each studentgiv
캠벨(J. P. Campbell) 선교사의 교육선교사상과 교육사업

Josephine Eaton Peel Campbell(姜婦人, 姜慕仁) was a missionary of the Woman’s Board of Foreign Missions of the Methodist Episcopal Church, South. She devoted herself to the mission of from 1897 to 1920. She established ‘Baewha School’, the predecessor of, Baewha Women's University, The main focus of this article is on Campbell's Philosophy of Missionary Education and Her Educational Work. Campbell's Philosophy of Missionary was well reflected at the beginning of the first report she wrote right after her first visit to Korea. “How true are the words to us in this far off corner of the earth, “God did not say that the world was prepared for the gospel, but that the gospel was prepared for the world.” I rejoice that it is so, that it is already for these people dwelling in darkness, and that it is our blessed privilege to carry it to them.” J. P. Campbell, Communication from Mrs. Campbell,” the korea Mission of the Methodist Episcopal church, South(1897), 15. According to Campbell's Philosophy of Missionary, there were two main mission objectives. One is to build a school to train female leaders for the church, and the other is to build a church dedicated to through evangelism. There were three types of women’s schools in the Japanese colonial period: Korean women based on history, culture, traditions and customs, women with transcendent spirituality, and Ethnic women who realized and practiced the depressed situation of the country. Her mission had to be educated as the main purpose. Campbell, who was in charge of Baewha's education, as well as missionaries and teachers had achieved the above three goals in the curriculum. She came to Korea with the Christian love of mankind. In accordance with Jesus' command to Give even a cup of cold water to one of these little ones she became a tool for missionaries, and She always loved and treated until November 12, 1920, when She was 68 years old. Passed away on beloved land.
A Confirmatory Factors Analysis of the Happiness at the Workplace in Promoting Employee Happiness in Public Organization

Much is written about work performance happiness from Western and Eastern countries and perspectives, but limited literature is available only to happiness at work, especially in the Arab region. Furthermore, employees in the public organizations in UAE are not well satisfied due to poor workplace conditions. In some ministries in UAE must equipment are not well maintained to ease the work of an employer. However, this study seeks to stimulate a concentration of research on job satisfaction in the Middle East and explicitly in the United Arab Emirates. The aim of the present paper is to confirmatory factors analysis of the happiness at the workplace in promoting employee happiness in public organization. The data were obtained from the employee of Dubai Electricity and Water Authority in UAE. Since the population of this study is 11787 therefore, the sample size was 370. Surveyed through the self-administered Google form and by posting. The data was screened, and out of the 370 questionnaires distributed, 260 were completed and were received. Analysis of Moment Structures (AMOS) in Structural Equation Modelling (SEM) confirmatory factor analysis (measurement and structural measurement models) were used to analysed the data. Although this study has conceptualized the improving happiness at the workplace in promoting employee happiness in public organization. The findings of this study has conceptualized the improving happiness at the workplace in promoting employee happiness in public organization. Additional research is needed among other states in UAE. The motivational formulation of employee happiness, job involvement, work place climate and its impact on organizational performance is a point of future research.