Reviewerly/exHarmony huggingface dataset:
Analisis Kontrol Aplikasi Untuk Menghasilkan Keakuratan Dalam Kelengkapan Informasi Pada Siklus Pendapatan Adorable Projects

Purpose - Application control is control in the company's business processes to prevent, detect, and correct transaction errors and irregularities. Application control will produce information needed by users so that the accuracy and completeness of information must be considered related to aspects of quality information. The purpose of application control is to ensure the accuracy and completeness of the information generated by the application system.Methodology - Descriptive study, this method compiled to collect data that describe the characteristics of a person, events, or situations. Data collections and research information were obtained from Adorable Projects as the object of research.Findings - The author drew the conclusions that the company's application control has not been fully adequate, that has caused that the production of information is not fully accurate and complete because there are several components has not implemented by the company. The Company only implemented 25 components from 31 components of application control. Although it is not fully adequate, the application control can still reduce risks in the application system.Value –Fully applying application control’s component on company business will provide accuracy and completeness of information that would be useful for increasing profit and competitive advantage on company’s revenue cycle.&#x0D; Keywords: Application Control, Revenue Cycle, Accuracy, Completeness
Ontology of Augmented Reality

Introduction . The purpose of the paper is to justify the possibility of developing ontology of augmented reality as a special sphere of social space. A comparative analysis of approaches to the interpretation of reality in philosophy and theoretical sociology is carried out. The original provisions of the conceptual model of social reality and social actuality have been formulated. The concepts of actual and virtual social actions are introduced and analyzed. Methodology and sources . The main provisions of phenomenological sociology are used as the methodological basis of the study: A. Schutz's interpretation of social reality as a fragment of being translated into the world of intersubjective, and P. Berger and T. Luckmann's characterization of the reality of society as a process of its construction in practical activities. The features of augmented reality, revealed in the works of R. Azuma, P. Milgram, A. F. Kishino, H. Papagiannis, A. M. Larsen, S. A. Glazkova, O. N. Kislova and other researchers, are taken into account. Descriptions of the characteristics of augmented reality devices are derived from reports from research center heads: the descriptions of the characteristics of augmented reality devices are derived from reports from the heads of research centers involved in the development and implementation of digital technologies: universities in London, Tokio and Toronto, Hasso-Plattner Institute in Germany, Finnish company Senseg, company Disney Research, company High Fidelity, MIT self-assembly labs, MIT Media Lab Group, San Francisco-based Detour startup, Google and Microsoft etc. Results and discussion . The environment shaped by augmented reality is much more complex than it is in its immediate perception. It includes four spaces: 1) subject world, 2) the mental world and 3) the hybrid world as a symbiosis of real and imaginary worlds, or 4) symbiosis of real-world fragments – torn in space and time and combined with technology in devices that give the individual's ability to be present when observing their combined existence. Conclusion . Augmented reality complicates virtual reality, adding to its content in addition to fictional characteristics the content of practical actions. Augmented reality, using the virtual reality resource, becomes reality as the basis of practice. Augmented reality not only “begets” the world, but is in direct practical contact with it, thus becoming a special side of social reality.
Sistem Pendukung Keputusan Dalam Menentukan Jenis Pohon Pelindung Yang Akan di Tanam Dipinggir Jalan Menggunakan Metode Promethee II

A protective tree is a group of plants that have long canopy and thick leaves and trunk high enough to be a shade. Usually a protective tree becomes the main plant in a park. But what we often see is the protective tree planted along the road. Its function aside from being a shade tree is also intended to absorb pollution. It is necessary to determine the selection of the best tree species to be planted on the side of the road. The selection of protective tree species still uses a manual system and requires quite a long time. Based on these problems, we need a decision support system (SPK) that can facilitate the selection of the best protective tree species using existing criteria. One method that can be used is the Preference Ranking Organization Method for Enrichment Evaluation II (PROMETHEE II). This method is able to solve any type of problem in decision making with alternatives and criteria that have been given weight. Research using PROMETHEE II produces the composition of the usual protective trees to the best protective trees. The protective tree selection system was built using Microsoft Visual Studio 2008 and Microsoft Access 2010 as a database.
The Application of Itest Paperless Test System in College English Teaching

In the process of public foreign language teaching, teaching evaluation is an indispensable part. With the rapid development of modern science and technology in China, major publishing houses are competing to research various software platforms related to public foreign languages, and carry out the research on the application evaluation of paperless teaching in various disciplines. Among them, the application effect is more prominent is the ITest test platform of FLTRP. This year, our school comprehensively adopts ITest as a means of English teaching evaluation. This paper will focus on the advantages and difficulties of paperless assessment in the process of teaching assessment based on this system, which is of great significance to the future foreign language teaching management of our college.
MATHEMATICAL MODELING OF WATER PURIFICATION WITH FILTER

Purpose. To analyze the effectiveness of water purification in water treatment systems, an important task is the development of mathematical models that allow determining the degree of water purification at the design stage. The main purpose of the work is to construct numerical models for calculating the filtration process and mass transfer in the filter. Methodology. The calculation of the filtering process of contaminated water in the filter is carried out in two stages. At the first stage, the flow rate field in the filter is calculated. To solve this problem, the classical filtration equations are used. At the second stage of the calculation, the flow of contaminated water in the filter is simulated. To solve this problem, the mass transfer equation is used, which expresses the law of mass conservation. This equation takes into account the transfer of impurities by the filtration flow, the transfer of impurities due to dispersion and the sorption of impurities in the filter material. The solution of the filtration equation is carried out using the alternating triangular method of A. A. Samarskyi. The unknown pressure value based on this method is determined by the explicit formula of point-to-point computation. For numerical integration of the mass transfer equation in the filter, a difference splitting scheme is used. Findings. The current trend in the field of water supply and sanitation is the creation of multidimensional and multifactor mathematical models. Such models make it possible to replace a physical experiment with a computational one. The complex of water treatment facilities necessarily includes water purification filters. The filter efficiency affects the efficiency of other treatment facilities of the technological treatment scheme. A mathematical model has been developed that allows analyzing the water purification process in the filter. Based on the developed numerical model, a package of application programs has been developed for computer simulation of the filter water purification process. The results of a computational experiment on modeling the filtering process of contaminated water in a filter are presented. Originality. The paper proposes a numerical two-dimensional filter model based on the filtration equation and the mass transfer equation. A feature of the developed mathematical models is the possibility of modeling the velocity field and the process of impurity transfer taking into account the geometric shape of the filter. Practical value. The calculation time for one variant of the task based on the developed numerical model is several seconds, which is important for conducting serial calculations in practice. Models can be used as an alternative to laboratory experiments.
The Forensic Swing of Things: The Current Legal and Technical Challenges of IoT Forensics

The inability of organizations to put in place management control measures for Internet of Things (IoT) complexities persists to be a risk concern. Policy makers have been left to scamper in finding measures to combat these security and privacy concerns. IoT forensics is a cumbersome process as there is no standardization of the IoT products, no or limited historical data is stored on the devices and them being always connected makes them extremely volatile. This paper highlights why IoT forensics is a unique adventure and brought out the legal challenges encountered in the investigation process. A quadrant model is presented to study the conflicting aspects in IoT forensics. The model analyses the effectiveness of forensic investigation process versus the admissibility of the evidence integrity; taking into account the user privacy and the providers’ compliance with the laws and regulations. Our analysis concludes that a semi-automated forensic process using machine learning, could eliminate the human factor from the profiling and surveillance processes, and hence resolves the issues of data protection (privacy and confidentiality).
A Correspondence Analysis of Fifty-Five Japanese Historical First-to Fifth-Year English-as-a-Foreign-Language Textbooks

The present paper aims to quantitatively analyze the features of fifty-five Japanese historical English-as-a-Foreign-Language textbooks, Books 1-5, by using a correspondence analysis, focusing on their homogeneities / differences, and to compare the results with those of the correspondence analyses of the Book-1, Book-3 and Book-5 textbooks.The following were the obtained results.First, the correspondence analysis results proved capable of differentiating the features of the fifty-five historical textbooks.In particular, the bipolar map indicated that the two dimensions, difficult (+) vs. easy (-) (Dim 1) axis and artificial-(+) vs. naturalsounding (-) (Dim 2) axis contributed to differentiating their interrelationships.Second, their inter-relationship was explained 80.4 percent by the seven dimensions, i.e., (1) difficult/easy texts (Dim 1), (2) artificial-/naturalsounding discourse (Dim 2), (3) dialogue-/passage-based textbooks (Dim 3), (4) teacher-/non teacher-dominance (Dim 4), ( 5) strictly / loosely controlled (Dim 5), ( 6) redundant/concise (Dim 6) and ( 7) connected/disconnected (Dim-7).Third, the differences of the fifty-five Books-1-5 textbooks were explained by the same dimensions as those of the Book-3 and Book-1 results up to the seventh dimension.The results of the present correspondence analysis were graphically represented by two methods, coordinate (bipolar) representation and dendrogram.Concerning the theoretical implications and practical use of the present study, it was proved that CA is a powerful tool for the quantitative analysis and evaluation of EFL textbooks and that difficulty vs. easiness and artificial-sounding vs. natural-sounding are useful viewpoints for EFL teachers and educators in describing and grasping EFL textbooks.
English Reading Proficiency of Engineering Undergraduates in Malaysia: Implications on Professional Training and Career Development

This paper reports the English reading proficiency of a sample of engineering undergraduates in a public university of Malaysia. A standardized online reading comprehension assessment, called Reading Evaluation and Decoding System (READS) was administered with 189 first year engineering students during their enrolment into six different engineering faculties in the university. The results showed that only 7.9% of the engineering students were able to perform above secondary school level of English reading comprehension proficiency. Specifically, the students were found to perform poorer in questions related to critical thinking than those related to literal comprehension and reorganization. The implications of the findings on the English language education and the professional training of future engineers in Malaysia were discussed.
INFORMATION AND COMMUNICATION COMPETENCE OF A UNIVERSITY TEACHER IN THE CONDITIONS OF DIGITALIZATION OF THE LEARNING PROCESS

With the increasing penetration of the internet ability to work with different computer programs is the skills that are increasingly important for everyone living in the digital age. The purpose of this paper to shed light on the practice of using digital technologies to enhance teaching and learning in order to ensure learners with the skills and knowledge that they need to achieve their achievement and to participate fully in society and the economy. The purpose of this article is to spotlight the practical use of digital technologies to enhance teaching and learning in order to arm learners with skills and knowledge they need to achieve successful results and fully participate in economy and social life. The rapid development of information technologies, the emergence of new Internet and mobile technologies, their application in training actualizes the issue of professional competence of university teachers during the organization of the modern educational process in conditions of its digitalization. Emerging models, such as blended or online learning, are creating fundamental changes in higher education. The use of additional capabilities of modern information technologies in the educational process, the creation of new didactic components in the educational system, to a large extent modifies and enriches it, requiring a high level of information and communication competence of teachers of modern universities. The necessity of constant update for teaching and methodical complexes of disciplines based on such digital technologies as elements of online learning, teachers’ own Web sites, development of video and multimedia educational content, organization of joint learning activities of students based on cloud technologies has been proved. The advantages of introducing digital technologies into the educational process are analyzed, their disadvantages are given. The importance of expanding access to educational resources through existing online courses or creating it by teachers through the using of available software resources is underlined. It was noted the feasibility of organizing at the state level programs to enhance the professional training of teachers of modern universities in the digital education process based on short-term thematic training courses, seminars, trainings and targeted funding of such training in the form of grants It is noted the feasibility to organize state level programs for raising the qualifications of teachers in conditions of digitalization of the education process based on short-term thematic training courses, seminars, trainings and targeted funding of such training in the form of grants.
Recursive modified dense network for single-image deraining

Blurred images caused by rain streaks can degrade the performance of many computer vision algorithms. Therefore, the single-image rain removal problem has attracted tremendous interest. Although deep learning-based deraining methods have made significant progress, there are still many issues to be addressed in terms of improving the performance. We propose a recursive modified dense network for single-image deraining. As rain streaks have different sizes and shapes, contextual information is very important for rain removal. We use a dense network to extract image features and modify the network by removing all batch normalization layers. A simple deep network cannot completely remove rain streaks from the image, while increasing the network depth will make the computing more complicated. We take a dense block with loops to remove rain streaks stage by stage. Extensive experiments on both synthetic and real-world datasets show that the proposed method can achieve competitive results in comparison with the state-of-the-art methods for single-image rain removal.
Discussion on the Implementation Path of Innovation and Entrepreneurship among College Students in the Context of Big Data

Information technology has assisted in the elevation of the development of human society, thereby accelerating the development process, altering the way of life of human beings, and also changing the way of thinking of human beings. The effect on human society is beyond words. For college students who collectively represent a group of entrepreneurs in the society, the use of big data technology for innovation and entrepreneurship has become the current development trend. The application of big data technology has provided convenience for entrepreneurial activities carried out by college students. In view of this, this article explores the implementation path of innovation and entrepreneurship among college students in the context of big data. At first, the paper introduces the advantages of innovation and entrepreneurship to college students in the era of big data, and then analyzes its current situation. Finally, the paper discusses the implementation path of innovation and entrepreneurship which can be used by the college students as a reference to carry out innovation and entrepreneurship activities.
Exploring the Theme of Cultural Identity in the Poem “Song of Lawino”: The Use of Halliday’s Transitivity in Revealing Ideologies

The individual’s identity is crucial in his/her life in countless fields, especially the social, political, and economic ones. It is constructed by different cultural elements: ethnicity, history, traditions, language, religion, literature, etc. In the colonial period, the elites tried to erase the cultural identity of the colonized nations and forced the assimilation of their own culture. This image was highly seen in Africa during colonialism. Consequently, in postcolonialism; different Africans were not aware of their real identity and chose to westernize their culture. Literature was one of the ways that myriad African writers used to revive the real cultural identity of black Africans. Okot p’Bitek wrote a song that tackled the differences between the culture of the Africans and that of the Western people. It was about a conflict between a married couple who divorced because the man was deeply affected by Western culture. This paper attempts to analyze the poem by using the linguistic framework of transitivity with a qualitative research method. Halliday introduced the framework in the theory of Systemic Functional Grammar. It is generally used as a strategy in the stylistic approach since it deals with the analysis of the lexical and grammatical structures to interpret the implicit meaning of discourse. The findings revealed that the African and Western people were different in several cultural elements: beauty care, religion, education, politics, dancing, and time value. In other words, the verbs, adjectives, and other linguistic choices that were extracted from the different process types of the transitivity system had distinct and contrasting functions. Thus, the results showed that transitivity facilitated the detection of the linguistic elements used by the writer to describe the cultural identity of the African and Western nations, which helped in getting through the writer’s inner thoughts, feelings, and ideologies. In the end, it was suggested to implement transitivity in the teaching of literature as a strategy to trigger students’ critical thinking and demystify the analysis of literary discourse.
Differential evolution algorithm of soft island model based on K-means clustering

&lt;p&gt;Differential evolution (DE) is a highly effective evolutionary algorithm. However, the performance of DE depends on strategies and control parameters. The combination of many strategies helps balance the exploitation and exploration of DE. In this study, a multi-population based on&lt;em&gt; k&lt;/em&gt;-means clustering is proposed to realize an ensemble of multiple strategies, thereby resulting in a new DE variant, namely KSDE, where similar individuals in the population implement the same mutation strategies, and dissimilar subpopulations migrate information through the soft island model (SIM). Firstly, the population is virtually divided into &lt;em&gt;k&lt;/em&gt; subpopulations by the &lt;em&gt;k&lt;/em&gt;-means clustering algorithm. Secondly, the individual specific mutation scheme is selected from a strategy pool by random method. Finally, the migration of subpopulation information is done using soft island model. The performance of the KSDE algorithm is evaluated on 13 benchmark problems. The experiments show that KSDE algorithm improves the performance of the DE algorithm.&lt;strong&gt;&lt;/strong&gt;&lt;/p&gt;
Immersive virtual reality environment as a strategic tool to enhance the user experience

The use of technological tools is increasing rapidly, especially, in design field. This paper discusses the relevant factors of interaction design associated to the use of new technologies. The research has explored the potential of using virtual reality system to discusses the role substantial that designers must be consider such as: cognitive aspects, human factors, as well as use of new strategic tools to improvement the user experience. Particularly, in the implications for the development of interactive technologies based Immersive virtual reality environment. Through a bibliographic review, provide theoretical elements to development of virtual environments constructed to enhance the communication of information to a better engagement in the experience to its visitors. Therefore, also describes principles for systems based on a user-centered approach, the impact of interaction design in the context of information communication for immersive virtual reality (VR) systems allowing investigating the methods to enhance systems based in the user experience.