Reviewerly/exHarmony huggingface dataset:
TO SECURE WHICH DOCUMENTS ARE UPLOADED SECURELY USING RANDOM FOREST CLASSIFIER ALGORITHM

Data security has consistently been a serious issue in information technology. Finding the secure and non-secured files by taking the attribute cloud name and plotting them using Random forest algorithm. In the cloud computing environment, the data are stored in the cloud in an encrypted form that would need to be cracked before reading the information. The security measures frequently provided by the cloud is to protect the data of the user .The service provider of the cloud regularly update its security measures. By using own encryption software first encrypt it before uploading the data to the cloud. Then upload the encoded file to the cloud. By combining different approaches it’s easy to maximize cloud storage security.
THE INFLUENCE OF COOPERATIVE LEARNING TYPE JIGSAW TOWARDS STUDENTS’ READING ABILITY AT THE SEVENTH GRADE OF MTs MUHAMMADIYAH BANDAR LAMPUNG IN ACADEMIC YEAR OF 2018/2019

This research is aimed to know the influence of Cooperative Learning type Jigsaw towards students’ Reading ability at the seventh grade of MTs Muhammadiyah in academic year of 2018/2019. The subject of this research consisted of 64 students. The frist class was VIIU2 as experimental class and the second class was VIIU3 as control class. The main technique in measuring students’ reading ability was multiple choice which consisted of 40 item test. The writer used t-test formula. Based on the data analysis, the writer got the result that Ha was accepted. It was obtained that = 5.81  for α=0.05 was 1.67 and for α=0.01 was 2.39 (5.81>1.67>2.39). So, Ha was accepted. It means that there was significant influence of Cooperative Learning type Jigsaw towards students’ reading ability. And the average score students’ reading ability who taught through Cooperative Learning type Jigsaw was higher than was taught through conventional technique. It was 75.78>60.31.
ОСОБЕННОСТИ ОРГАНИЗАЦИИ ГРУППОВОЙ РАБОТЫ НА УРОКАХ МАТЕМАТИКИ В УСЛОВИЯХ ОБНОВЛЕННОГО СОДЕРЖАНИЯ ОБРАЗОВАНИЯ

The article is devoted to the question of the updated curriculum in Mathematics in the secondary school. The author describes the ways of the teacher professional development in the conditions of updated content of education. In his practice, the teacher through the use of innovative approaches in teaching creates the conditions for the formation of a competitive personality. The article includes examples of tasks for the development of functional literacy, the approaches used in the implementation of the updated educational program on the subject Mathematics, the approaches to evaluating the results of the achievements of students, criteria-based assessment system. The article also presents a meaningful difference in the updated educational program and the current one. The questions addressed in the article will help interest school teachers, college teachers and specialists of other educational organizations.
Analisis Faktor-Faktor Yang Mempengaruhi Permintaan Sambungan Air Minum Pada PDAM Tenggarong Seberang

Abstract&#x0D; The purpose of this study was to analyze the effect of income variables, number of family members and the needs of influencing the demand for drinking water connections at the Tenggarong Seberang Branch Office of PDAM. This study used a research sample of 90 people with a probability sampling method. The analysis tool uses multiple regression analysis. The results showed that from the F test, it was found that F count 96.447&gt; F table 2.47 so that it can be said that the variables of income, number of family members and needs together are able to show a significant effect on the demand for drinking water connections at the Tenggarong Seberang Branch Office of PDAM. Partially, the income variable, family member variable, need variable have a positive influence on the demand for drinking water connections. The variable of need has the most dominant influence on the demand for water connection, which is 0.617 or 61.7%, followed by the income variable of 0.588 or 58.8%, and the variable of the number of family members is 0.483 or 48.3%.&#x0D; &#x0D; Keywords : Customer Income, Number of Family Members, Needs, Connection Request
SISTEM INFORMASI PELAYANAN PASIEN BERBASIS WEB PADA KLINIK TANJUNG LUMUT

Tanjung Lumut Clinic is an institution engaged in health services. Health services in this clinic for the community still seem not optimal when compared to technological advances, the patient's need for better services is felt to be increasingly important in order to achieve more effective and efficient services. The patient service system currently running at the Tanjung Lumut Clinic is still manual, still using paper media to support their work activities, the use of paper media is not optimal, the obstacles faced at the Tanjung Lumut Clinic are when registering patients, employees must record patient data visits every day into the daily visit ledger and if there are patients who come and do not bring their medical card, the employee must look for patient data, a more effective computerized system is needed to support better service to the community, besides being very useful to facilitate the work of employees in do its job.
Privacy Preserving Attribute-Based Encryption with Conjunctive Keyword Search for E-health Records in Cloud

The advent of cloud computing in the healthcare system makes accuracy and speed increased, costs reduced, and health services widely used. However, system users are always seriously concerned about the security of outsourced data. The ciphertext-policy attribute-based encryption (CP-ABE) is a promising way to ensure the security of and facilitate access control over outsourced data. However, conventional CP-ABE schemes have security flaws such as lack of attribute privacy and resistance to the keywords guessing attacks as well as the disability to multi-keyword searches. To meet such shortcomings, we present a scheme supporting multi-keyword search and fine-grained access control, simultaneously. The proposed scheme is resistant to the offline keywords guessing attack. Privacy-preserving in the access structure is another feature of the proposed scheme. The security analysis indicates that our scheme is selectively secure in the standard model. Finally, the performance evaluation of the proposed scheme shows the efficiency is reasonable despite the added functionalities.
PENGEMBANGAN LEMBAR KERJA PESERTA DIDIK BERBASIS INKUIRI MENGGUNAKAN CERITA BERGAMBAR DALAM PEMBELAJARAN ILMU PENGETAHUAN SOSIAL KELAS IV SEKOLAH DASAR

This research and development are aimed to develop inquiry-based students worksheet using illustrated stories in social sciences learning of fourth-grade student’s elementary school. This research and development using the ADDIE development models which consist of the step of Analyze, Design, Development, Implementation, and Evaluation. Research and development involve several respondents including media experts, language experts, material experts, and 4th-grade students of elementary school to assess the quality of the students woreksheet’s developed. Data were collected by questionnaires and interviews, also using the quantitative descriptive statistical analysis. The result of expert review including media, language, and material expert shows the percentage of 90%, 90.62%, and 75%, with an average percentage of 85.2%. The result of small group trial and field test shows the percentage of 96.11% and 93.66%. Results of research and development show that the inquiry-based students’ worksheet using illustrated stories that developed was very well and suitable as the supporting materials in 4th-grade social sciences learning. Therefore, the teacher is needed to develop students worksheets according to the needs and the characteristic of the learners in each lesson.
Reversible MEDD gate as a MUX, Encoder, De-MUX and Decoder

Reversible Logic supports the process of running a system both forward and backward. This technique can be used to reduce the power dissipation in VLSI and can be applied to Low Power CMOS, DNA computing, nanotechnology and quantum computation. An experimental reversible gate MEDD is initiated in this paper that aims to function as a 2:1 Multiplexer, 4:2 Encoder, 1:2 De-multiplexer and a 2:4 Decoder simultaneously. This is a design which works as four combinational circuits concurrently. The design is implemented and tested on FPGA XC3S400-5PQ208. This proposal is designed for less power dissipation along with reduction in complexity and space. Power dissipation of the gate is found to be 0.479mW. Further analysis of the proposed gate is done by studying the simulation results obtained by varying the supply voltage to the gate and by changing input vectors to the gate keeping supply voltage constant.
Denoising and Guided Upsampling of Monte Carlo Path Traced Low Resolution Renderings

Monte Carlo path tracing generates renderings by estimating the rendering equation using the Monte Carlo method. Studies focus on rendering a noisy image at the original resolution with a low sample per pixel count to decrease the rendering time. Image-space denoising is then applied to produce a visually appealing output. However, denoising process cannot handle the high variance of the noisy image accurately if the sample count is reduced harshly to finish the rendering in a shorter time. We propose a framework that renders the image at a reduced resolution to cast more samples than the harshly lowered sample count in the same time budget. The image is then robustly denoised, and the denoised result is upsampled using original resolution G-buffer of the scene as guidance.
РЕАЛИЗАЦИЯ ЭФФЕКТИВНЫХ ТЕХНОЛОГИЙ В ОБУЧЕНИИ ГЕОМЕТРИИ

The problem of effective geometry teaching is still relevant for pedagogical science and in accordance with modern trends in school education requires a new look at its solution. The article investigates the relationship between the content, subjective and procedural components of the technological tetrahedron of the theorem. Features of realization of technology of critical thinking, group interaction and information and communication technologies at various stages of work with the theorem in a school course of geometry are revealed. Examples of implementation of effective technologies in the work with the theorem are given. The proposed approach makes it possible to organize the process of geometry teaching, focused on the students' meaningful perception of theorems and proofs, to bring the work with the theorem to a qualitatively new level.
Financial Contagion and Volatility Spillover: an exploration into Bitcoin Future and FOREX Future Markets

This paper examines the time-varying conditional correlations between Bitcoin future market and five FOREX future markets. A sixvariate dynamic conditional correlation (DCC) GARCH model is applied in order to capture potential contagion effects between the markets for the period 2017-2019. Empirical results reveal contagion during the under investigation period regarding the one sixvariate model, showing potential volatility transmission channels among the future markets. Findings have crucial implications for policymakers who provide regulations for the above derivative markets.
Learning E-Commerce by Online Booking and Having a Ticket Issued Through English Material

The exchange of information with the internet also enables economic transactions such as buying and selling, and internet banking. Globalization is also driven by international trade. With export and import activities, products, culture and thoughts are brought from one country to another. This exchange has led to globalization in the world. This globalization influenced of e-commerce by using technology information which has positive effort now such as in the field of aviation service. Now internet online is needed to book from airlines website, and the customer do not need to waste their time to go to travel agent, they can do it by using their laptop or mobile phone. This study is one of new method from English lecturer to create the material and sharing knowledge which can be taught to the students in the class. This material is good to the students if they can be practiced online about booking online from the website. From this website they can learning by doing and get the experience directly. It can be shown from the result of online practice students in the class by rank of the researcher. This is best method to stimulate the students to increase their knowledge in technology and English class. Based on this method the lecturer has found that the students very attractive to study English more and more, and this method accepted by the students to increase their knowledge about booking online directly. From this learning automatically the lecturer share the knowledge to the students to create their own business by this learning ability of booking online
Cross-Disciplinary Higher Education Between Medialogy and Bibliology: Book Science As Degree Programme in Universities Worldwide

Object of the study: The broad object of this study is the academic field of the book and the book as an area of interdisciplinary teaching. Purpose: to prove that the 21st-century cross-media and hybrid media ecosystem emancipates Book Science from the rest of the sciences in whose objects it can partake only as a constituent using one of its elements, properties or attributes. Tasks: to identify and summarise the theoretical and methodological differences between conventional Book Studies and the specific Book Science; to update and conceptualise the understanding of the book as a traditional means of communication in the light of the modern perspectives of digital transformation; to offer a framework of an innovative media science of the book. Hypothesis: Returning to the matter of the book as a medium, the hypothesis to be tested in this study is: “the book is set to be vindicated as a basic scientific category and be studied by a science of its own as an agent of communication, while the scientific book – as a communicator of “good” science. Methods: analytic and synthetic processing of primary and secondary resources, the selective monographic method, systematisation and summarisation of data from scientific-methodical and normative-legal documents on the issue examined. Results: Based on a working hypothesis, this study provides theoretical knowledge in Book Science and proposes points of support toward future fundamental and applied research in Book Science. Significance of the study: Overall, our findings suggest that 1) the research on the new theoretical views about the book will facilitate an increase in the academic interest in book-related professions, encourage the design and update of university curricula and programmes in Book Science, to support interdisciplinary research of book and digital media culture; 2) it is expected that the present text will provide the factors militating against the introduction of innovations in higher education and doctoral programmes in Book Science insofar as books as products of the publishing industry, and thus subject to market forces, drive back business interest in higher education toward book-related professions; appropriate measures to overcome the challenges outlined have been suggested.
ЦИФРОВАЯ ПЛАТФОРМА ДЛЯ РЕАЛИЗАЦИИ РАСПРЕДЕЛЕННЫХ СИСТЕМ УПРАВЛЕНИЯ И НАВИГАЦИИ ДЛЯ ПОДВОДНЫХ РОБОТОТЕХНИЧЕСКИХ КОМПЛЕКСОВ

The paper proposes the architecture of a digital platform for the implementation of distributedcontrol and navigation systems of underwater vehicles (UV), that perform technological operationsin an uncertain environment. The proposed digital platform is designed to automate thefollowing activities: monitoring the state of underwater infrastructure objects (communicationlines, pipelines, mining equipment, etc.), cartographic and geodesic works, determining the parametersand boundaries of physical fields, zones of distribution of chemical compounds (pollutionzones) and bioresources, protection of underwater and surface infrastructure objects (underwatermariculture farms, borders of water reserves, etc.), tracking moving objects, searching for objectsof a given type (biological, man-made, etc.), performing underwater technological operations(welding, cutting, cleaning, etc.). For this platform, a command system has been developed thatprovides flexible assignment of various types and purposes of UV missions. There are five types ofdigital platform messages: mission order management commands, mission load managementcommands, information messages, mission and group control commands. The concept of buildingdistributed control systems of the UV is proposed, which ensures the compatibility of existing onboardUV systems with the proposed solution based on the combined hydroacoustic systems ofglobal hydroacoustic navigation developed in PAO Dalpribor (Vladivostok). These control systemsconsist of two main parts. The first part is the initial on-board information and control systemof the UV, which ensures its movement to a given point in space at a given speed, receivingdata from on-board sensors, as well as controlling the operation of on-board equipment. The secondpart – the high level control system, provides the possibility of interaction of the control systemthrough an acoustic communication channel with the global hydro-acoustic navigation systemand the operator's automated workplace. Simulation of the data transfer in CoppeliaSim betweenthe operator and the UV within the proposed digital platform have shown that reliable missionloading and receiving information about the state of the UV is provided at different speeds andunder different operating conditions of the acoustic communication channel.
Using Machine Learning to Predict Classes of Astronomical Data

Machine learning in a nutshell is training a machine using tons of data. The machine will then create a model that it can use to predict future outputs to data that it has not seen before. This can be accomplished using many different approaches. Some are geography based plotting inputs in space and grouping them to predict their outputs. Other machine learning algorithms create complex neural networks which predict the outputs. There are so many ways to solve this problem, and the resulting performance of the model depends on what method and parameters chosen to train it. During our research this semester, we have been working with data on the astronomical object called a pulsar. Pulsars are very far away and are typically discovered by radio telescopes rather than optical telescopes. This means scientists must manually go through all the data received by radio waves to see if they have found a pulsar. Our goal is to train a machine to do that sorting for us. We accomplished this by using a dataset with over 17,000 datapoints that were a mix of pulsar and non-pulsar data. We trained many different machine learning models such as logistic regression, artificial neural networks, K-means, Decision tree (maximizing each one’s parameters) to come up with a model that is over 90% accurate at identifying if a given set of inputs is a pulsar or not. The project is supported by First2 Network and XSEDE Empower grant.
ЭФФЕКТИВНОСТЬ ИСПОЛЬЗОВАНИЯ ПРОЕКТНОГО МЕТОДА В КУРСЕ БИОЛОГИИ В ФОРМИРОВАНИИ ИССЛЕДОВАТЕЛЬСКИХ НАВЫКОВ

This article discusses the features of the organization of project research activities in biology using the project method. It reflects the methodological features of project training, which include the principles of openness and humanization. Also, the methodology of project training describes different approaches that provide a multi-sided formation of the student as a person. The results of a study to identify the features of implementing educational projects, developing an algorithm for their implementation in relation to teaching biology, are presented. The results obtained and the approbation of the technological model convincingly prove the effectiveness of the mini-project method for the formation of universal educational actions in the context of the competence of the project activity. Developed in the first half of the XX century, the project method is again becoming relevant in the modern information society.
TyDi QA: A Benchmark for Information-Seeking Question Answering in Typologically Diverse Languages

Confidently making progress on multilingual modeling requires challenging, trustworthy evaluations. We present TyDi QA, a question answering dataset covering 11 typologically diverse languages with 141K question-answer pairs. The languages of TyDi QA are diverse with regard to their typology --- the set of linguistic features that each language expresses --- such that we expect models performing well on this set to generalize across a large number of the languages in the world. We present a quantitative analysis of the data quality and example-level qualitative linguistic analyses of observed language phenomena that would not be found in English-only corpora. To provide a realistic information-seeking task and avoid priming effects, questions are written by people who want to know the answer, but don't know the answer yet, and the data is collected directly in each language without the use of translation. We provide initial quality measurements with a baseline model, suggesting a significant room for future work on this data.
DIAGNOSA KEBUTUHAN GIZI PENDERITA PENYAKIT DEGENERATIF MENGGUNAKAN SISTEM PAKAR BERBASIS WEB

The increase of degenerative diseases. Degenerative disease is a disorder in which there is a decline in function or damage to body structure that occurs gradually. Some types of diseases that are included in the degenerative disease group include Diabetes and Hypertension. The main cause of the increased incidence and prevalence of degenerative disorders is changes in lifestyle and eating patterns that do not pay attention to the balance between intake and dietary needs and sedentary lifestyle. Improvements in lifestyle and diet can be done through the selection of nutrients that are adapted to the conditions of the degenerative diseases that he needs need the help of a nutritionist in determining a diet program or determining the diet. But not all people can meet an expert in nutrition to determine their nutritional needs due to several factors. To provide solutions to these problems, an expert system was created to determine the nutritional needs of degenerative sufferers by utilizing the field of Artificial Intelligence studies. With an expert system, the process for determining the status and nutritional needs of sufferers of degenerative diseases will be easier, because knowledge about nutrition has been adopted in this system. This expert system is used to determine the status and nutritional needs of sufferers of degenerative diseases using a web-based forward chaining method, the development of the system uses the eXtreme Programming method to accelerate the process of developing the system. With this system so that people can easily find out the status and nutritional needs of sufferers of degenerative diseases by providing food ingredient solutions recommended by nutritionists.