Reviewerly/exHarmony huggingface dataset:
ONTOLOGY-DRIVEN SERVICE INTEGRATION INTO WEB APPLICATIONS: A DECLARATIVE APPROACH

The majority of web applications nowadays are data-driven.However, that does not mean that all data is available while launching the respective application.While considering Web 2.0 applications, data is often fetched on-demand from remote web services, for example, after a location was provided, weather data could be fetched, and local news is loaded.This mashup approach is highly dynamical, i.e., based on the data input of the user, completely different execution paths might be performed.Currently, such workflows are implemented within the application logic requiring high development effort and maintenance of the implemented logic to prevent unintentional behavior.In this paper, we present a novel approach to integrate web services dynamically, to decrease deployment and maintenance costs and to enable the next generation of interlinked data web applications to enables application architects to (re)define the data integration in a descriptive way in an ontology, validate the workflows and define logical requirements.However, our approach is not just a design method but also a method for ad hoc integration of new services.Our approach has a significant impact on the effort for generating and maintaining dynamic applications.
Sampling Strategies for Classification-Based Data Visualization Support

The objective of this research is to select an optimal set of sampling algorithms for bi class and multi class classification problem solving on the example of the problem of the myocardium infarction localization based on retrospective electrocardiographic data.
Mobile Android APP Proposal Using an Inventor Platform Applied to Energy Efficiency and Sustainability

This paper reports on the implementation of the efficient Manaus project, with the objective of developing a mobile application that expires on energy saving, related to environmental issues, since energy production, advanced natural resources. This application is designed to be used in a residential unit to provide residents with information on formula applications that explain the generation and energy expenditure of household electrical appliances, use or usage tests, and usage of the device. lowering values ​​and minimizing the use of environmental resources. Thus, through a process of raising awareness of the knowledge gained from research in recent years, as well as providing quality content and ease of access, use the Google platform "APP INVENTOR" as a framework for testing results. Therefore, compile information on the best use of energy from a variety of information, including the elaboration of a Quiz, which addresses questions such as: where does electricity come from; tariff flags; efficient equipment; and electricity security, implemented in the application where they were supported by tools such as cartridges, and information from the agencies that reference each of these themes. This mode generates positive expectations for the future, which can create numerous other applications with information that helps to understand products, processes, changes in the sustainability context, to minimize impacts by new technologies.
Kindergarten Registration Management System (KREMS)

Kindergarten Registration Management System (KReMS) is a systemthat has been developed for one of the kindergarten in Dungun. Thissystem is proposed to be developed in order to help the management ofthe kindergarten to manage the registration process. The user for thissystem can be divided into four which are parent, admin, staff andteacher. KReMS basically have eight modules which are studentregistration, fees payment, generating report, announcement to parent,updating vacancies in the kindergarten, upload receipt and importantdocuments, update status, and record parent, staff and studentinformation. The methodology used to develop KReMS is RapidApplication Development (RAD). KReMS is evaluated by experts andusers. The evaluation of KReMS is done with four experts based on fivecriteria which are flow of the system, interface, efficiency, ease of use,and user experience. From this evaluation, the result shows that most ofthe experts agree that KReMS the interface of KReMS is attractive.Apart from that, user’s evaluation that involved 30 respondents has beenconducted. Questionnaire is distributed to the respondents and therespondents evaluated the system based on six constructs which areinterface, usability, efficiency, satisfaction, ease of use and userexperience. Result shows that most of the respondents agreed that thesystem will be able to improve the efficiency of their works with thehighest mean which is 4.36 (SD= 0.62). As for the future enhancement,one of features that can be added is ability of the system to recordstudent attendance
An Ontology Based Model for Cyber Security Awareness Education

The internet has become a crucial part of our everyday lives so it is important to ensure that one is secure when surfing on it since personal information can be exchanged. Cyber security awareness is the key to internet security. The research discussed in this paper aims to develop an ontology model for cyber security awareness for educational purposes, to enable users to take responsibility for their own safety online. It aims to fill a gap in understanding of the cyber security awareness (CSA) education and to bridge the consensus gap between the Body of Knowledge (BoK) contributors. The research study was conducted using CURONTO (which is a curriculum ontology) model, to develop our CSA education ontology model that we propose. There are many attempts being made to allow for CSA education, but there remains a challenge of lack of consensus or common understanding of the CSA body of knowledge. There is need for a common model and format aimed at bringing together and putting in place, measures to address cybersecurity attacks. This will assist organizations and countries to close the gap and difference in the available CSA information globally, and to especially assist countries and organizations that are still developing cybersecurity protection measures, to have the information that they need readily available (Takahashi, Kadobayashi, 2011). We used an ontology because it will also be available to the academic community also to refine, extend or apply to other domains and also an ontology is both sharable and interoperable. In this paper we used the CURONTO model to develop our CSA ontology model for educational purposes, we expanded the one class of the model called syllabus and we added more classes so that it can serve for the CSA education. Then we did a literature study to develop a CSA syllabus from, the acquired syllabus was then represented in the model.
English speaking materials for the tenth grade students based on the 2017 revised edition of the 2013 Curriculum

The purpose of this study is (1) to develop supplementary English-speaking materials for the students of SMKN 1 Tanjungsari grade X based on the 2013 Curriculum, (2) to describe the effectiveness of the supplementary English-speaking material for the students of SMKN Tanjungsari grade X in developing their speaking skill. The research belongs to Educational research and Development (R&amp;D) using a simplified six steps of Borg and Gall’s model (1983). The six steps are as follows. (1) Research and information collecting were conducted by performing document analysis, class observation, interview, product testing, as well as experts’ judgement, (2) planning and drafting were conducted following Nation and Macallister (2010), (3) Draft revision by expert, (4) Field testing was conducted in Nautica class A of the X grade of SMKN 1 Tanjungsari, (5) Revision, and (6) Final product. The finding shows that (1) supplementary materials which were developed in this research fulfill the criteria of R&amp;D model. It is necessary to provide speaking materials which were needed for the students of SMKN 1 Tanjungsari who faced the problem in speaking skill. The product of the research also fulfills the teacher’ needs as the materials which are not covered in the recently used textbook can be found in this supplementary material but the focus is in speaking. (2) The effectiveness of the supplementary speaking materials shows it is helpful towards the students in developing their speaking skill which is very needed in working world. The supplementary of speaking materials provides additional learning resources for students as well as the teacher to teach.
APPLICATION OF R-FUNCTIONS METHOD AND SMOOTHED PARTICLE HYDRODYNAMICS FOR FLUID SIMULATION

Context. Existing fluid simulation methods have several disadvantages and can be improved with the help of new approaches tothe solution of problems of computational fluid dynamics, which confirms the relevance of the work.Objective. The goal of the work is to improve existing methods of mathematical modeling of fluid based on smoothed particlehydrodynamics and R-functions method.Method. A new approach of joint use of smoothed particle hydrodynamics, marching cubes and R-functions method is proposed.Smoothed particle hydrodynamics helps to simulate fluid movement in real time. The method considers fluid as a discrete number ofsample points (particles), which have mass, velocity, position and physical field quantities (pressure, temperature, mass-density, etc.).The R-functions method allows to solve the inverse problem of analytic geometry: finding an analytical equation of a 2D (3D) objectbased on its geometrical representation. Using the obtained equation, one can simply detect a particle collision with the objectboundary and plot the object surface with the help of marching cubes algorithm. The suggested method allows to achieve good simulationquality and to perform all needed calculations and rendering in real time.Results. Computational experiments for the problem of fluid simulation were carried out. Various numbers of particles wereused. Different kinds of objects were put into the considered region in order to investigate the fluid behavior.Conclusions. The results of visual simulations allow us to say that the obtained approach works as expected. Therefore, thismethod can be applied to several problems of fluid simulation where the collision detection with arbitrary objects is considered. Furtherresearch may be devoted to the optimization of neighbor-search algorithm, to performing all calculations in graphics processingunit or to taking into account other physical quantities.
Structural and Cognitive Transformation of the Education Discipline “Library and Information Service”

The article describes the experience of structural and cognitive transformation of the discipline "Library and information service" (LIS), which is taught to students in frames of the specialty 029 "Information, library and archival affairs" at Kyiv National University of Culture and Arts (KNUCaA). The formation and substantive filling of it in different historical periods have been analysed. It has been proved that in the current conditions of rapid technical and technological development, new media introduction, creation of a single information space thematic and semantic content of the course is significantly expanding, which requires its transformation. It is proposed to introduce in the invariant part of the curriculum the discipline "Information service", in which service is considered as a phenomenon of communication culture, navigation and search activities carried out in a single information system. This is also due to the fact that information service, along with other types of services (transport service, energy, medical, trade, cultural and educational, etc.) is developing at the most powerful pace, it is dominant in the conditions of informatization of society. The expediency of including the discipline "Library and Information Service" in the invariant part of the curriculum and teaching it for the specialization "Management of Library and Information Activity" is substantiated. In mastering the course, students will become acquainted with the peculiarities of service organization in different types of libraries, modern technologies, traditional and innovative forms of popularizing information resources and services of libraries with the psychological principles of service in the modern library environment. The achievement of the goal of the study was facilitated by the methodology of the socio-communicative approach, the principles of historicism, objectivity, systematization, consideration of the problems of library and information services in its dialectics and causation. The scientific novelty of the study is that the transformation of the structural and cognitive components of the LIS discipline in library science was not considered, in accordance with the formation of the system of general and professional competences reflected in the descriptors of the National Qualifications Framework at the first (bachelor) level in the specialty 029 case. It has been proved that the competences that a future specialist will acquire will help to be competitive in the labour market and build professional growth.
RFT: An Industrial Data Classification Method Based on Random Forest

Large amounts of data are generated daily in the industrial field, the safety of which is related to national security and social interests. Data classification is an important component of data protection because different types of data may require different protection methods. When compared with traditional data, industrial data mostly comprise real-time monitoring data, thereby possessing high requirements for time efficiency. However, the existing classification methods aimed at accuracy optimization cannot meet the requirements of time efficiency. To solve this problem, a random tree-based random forest model is proposed. This model is a combination classification model with attribute sampling, which can have the accuracy of random forest and the rapidity of random tree. Experiments show that the proposed model improves the accuracy of the existing single model, decreases the lost time of random forest, and is suitable for data classification in an industrial environment.
The Lexical Gap: An Improved Measure of Automated Image Description Quality

The challenge of automatically describing images and videos has stimulated much research in Computer Vision and Natural Language Processing.In order to test the semantic abilities of new algorithms, we need reliable and objective ways of measuring progress.Using our dataset of 2K human and machine descriptions, we find that standard evaluation measures alone do not adequately measure the semantic richness of a description.We introduce and test a new measure of semantic ability based on relative lexical diversity.We show how our measure can work alongside existing measures to achieve state of the art correlation with human judgement of quality.
Application of mandarin language module for improving language speaking skills

The Chinese language is very different&nbsp;from&nbsp;the Indonesian language. The writing and pronunciation of this language is quite complicated because this language uses the script called hànzì and the pronunciation is called pīnyīn . Pīnyīn is a Latin syllable which has tone in their syllable. Based on observations at the Dwijendra Vocational School in Denpasar, researchers still found many problems in Chinese learning activities. One of the problems lies in the teaching materials used. There is no handle teaching materials&nbsp; accordance the curriculum. The next problem lies in students' speaking skills. Therefore, the researchers tried to use a Chinese module that was made by themselves to improve students' speaking skills. Using Classroom Action Research (CAR) as the basis for research can be seen the influence of this Chinese module on the development of student learning achievement. Pre-Test Testing, Cycle 1 Test and Cycle 2 Test use the same test questions by testing 30 vocabulary words that are run orally by students. In the pre-test 21 students (95%) were ranked D and only 1 student (5%) was ranked C. The percentage of each indirect cycle increased until the final result of cycle 2 was 27% of students still ranked D, 50% of students rated C and 23% of students are rated B. This result is quite satisfying for researchers because Chinese language skills are quite difficult lessons for beginners especially those who have very little study time but they are must have a lot of pronunciation and vocabulary.
KESALAHAN PENULISAN KOP SURAT DINAS INSTANSI PEMERINTAH DI KOTA BANJARMASIN

Official letter is a means of communication in an institution. However, there are still many official letterheads written in incorrectly writing conventions. The objective of this research is to study the level of error writing in official letterheads of government institution in the city of Banjarmasin. The approach of this reaearch is a quantitative and qualitative approach with descriptive methods. Data and data sources were obtained from official letters issued by relevant institutions by using documentation techniques. The data were processed in Microsoft Exel, then they were displayed in graph and after that the data were analyzed. The results of this study show that the most error writing in official letterhead of government institutions in the Banjarmasin city were 44% in word writing, 20% in the use of punctuation, 17% in the use of abbreviation / acronym, and 14% in the usage.
Study and Research upon Creating a Laboratory for Testing of Doors, Windows and other Wooden Joineries

The paper presents the research studies performed in time in order to achieve a testing laboratory for joinery and furniture products, in view of certifying the quality of these products in Romania.The main installations and integrated systems functioning within the laboratories are pointed out, besides them some details and pictures are used for a better understanding.The achieved and presented installations offer the possibility to determine the strength properties for subassemblies, windows and doors.Furthermore, other installations and systems allow the determination of some physical parameters, such as water and air permeability, resistance to moisture content variation.The documentation of the quality management system was elaborated for this laboratory.The laboratory has accreditation and works under an integrated system with other laboratories from Romania.The laboratory functions in Bucharest and might represent an objective for other factors interested in the domain, due to its experience.
PAYROLL INFORMATION SYSTEM AT PT. ASTRO NIAGA JAYA (SIPESTRO)

Abstract: Payroll is an acceptance in return from the employer to the employee for a job or service that has been done and is expressed or valued in the form of money determined on the basis of an agreement or legislation and is paid on the basis of an employment agreement between the employer and the employee including benefits, both for the employees themselves and for the family. This research takes place at PT. Astro Niaga Jaya. The payroll process at PT. Astro Niaga Jaya is still conventional. Salary calculations are based on different details that hinder the performance process of the human resources department. Errors in calculating salaries can be fatal because it will affect the preparation of financial statements. Therefore, it is necessary to have an employee payroll information system so that the human resources department is not wrong in collecting employee payroll data. The purpose of this paper is to design employee attendance and payroll information systems at PT. Astro Niaga Jaya using Waterfall method in order to produce information that is fast, precise and accurate. The Waterfall method is often used in designing an information system. Payroll Information System can work effectively and efficiently. Keywords: payroll, information, system
“0” and “O” Recognition Based on Deep Learning

The traditional algorithm has achieved good recognition for the recognition of most characters, but the recognition rate of the number “0” and the letter “O” is only 80-90%, which is difficult to meet the actual needs of the industry. For the recognition of these two characters, a recognition method based on deep learning is proposed. First, image preprocessing is performed on the characters, and then the sample data is manually labeled, and 40,000 training samples and 10,000 test sample images are obtained by the data samples enhancement. The results show that the CNN network can achieve more than 99% recognition rate, the training sample time is about 5 minutes, and 1000 images can be recognized in 1 second. Both the recognition speed and the recognition effect can meet the actual needs of the industry.
Perancangan dan Analisis Kinerja Steganography pada MPEG SAOC Menggunakan Improved Spread Spectrum

Object-based audio technology is important for audio reproduction because of providing the users with an ability to change the audio composition. As a result, MPEG Spatial Audio Object Coding (SAOC) as an international standard for encoding object-based audio has been widely used in many applications. However, the object-based audio transmission scheme is different than conventional audio transmission technology, so the use of steganography in MPEG SAOC needs to be further studied. In this work, a steganography technique has been developed based on Improved Spread Spectrum (ISS). There are two embedding configurations used in this study: embedding on MPEG SAOC audio objects and embedding on MPEG SAOC downmix signals. The performance of these two embedding configurations was analyzed by measuring ISS embedding capacity. As a comparison to the ISS method on channel-based audio, the ISS is also applied to Advanced Audio Coding (AAC). Based on the experiments, the embedding capacity of both proposed configurations varies depending on the bandwidth of audio signals. However, the downmix signal has a capacity of 20% higher than the audio objects. Moreover, the ISS embedding capacity on the MPEG SAOC downmix signal is similar to the embedding capacity on the AAC. &#x0D;
Optimization of structural parameters of sparse apertures with four rectangular sub-apertures

A sparse aperture consisting of four rectangular sub-apertures for deployable mirror was presented. An R-C system is designed before analysis. The pupil function and the modulation transfer function (MTF) were calculated and analyzed. The strict expression of MTF of diffraction limited system with this aperture was given. In order to solve the problem that the minimum of MTF in partial directions are close to zero when the fill factor is high, the sub-aperture configuration is optimized based on the relationship curve between MTF minimum and sub-aperture’s length-width ratio. In this paper, the MTF evaluation indexes along with calculation methods for four rectangular sub-aperture sparse aperture structure are given, including MTF average and average MTF curve. Imaging simulation of the system shows that the resolution of the unoptimized structure is low in horizontal and vertical directions, while the image quality of the optimized structure is similarly high in all directions.