Reviewerly/exHarmony huggingface dataset:
THE EFFECT OF TEMPORAL CONJUNCTION MASTERY AND STUDENTS’ ACHIEVEMENT IN WRITING PROCEDURE TEXT OF THE 2017/2018 ELEVENTH YEAR STUDENTS OF SMA SWASTA PERSIAPAN STABAT

The objective of this study was to find out the effect of temporal conjunction mastery and students’ achievement in writing procedure text of the 2017/2018 eleventh year students of SMA Swasta Persiapan Stabat were divided into two classes. They were XI IPA1and XI IPA2. There are 60 students. That number then became the sample of this research. The design of the study was categorized as an experiment quantitative research. It meant there were two groups. They were experimental group that received treatment. This study was conducted by an experimental research. It aimed to measure the students’ ability on descriptive writing. Writing is one of four basic skills. And it is one productive skill in English. It is very important in studying English. The writers used the written test. The writers, as the learning input in understanding the nature of procedure text and the ways to teach procedure text for Senior High School Students effectively and efficiently. The data were acquired by using written test. The test consisted of two types; they were pre-test and post-test. After analyzing the data, the finding indicates that result of analysis was 3.50. It was found out that observed was higher than t-table or it can be said (3.50 &gt; 2.002;α=0.05). It means that temporal conjunction mastery and students’ achievement in writing procedure text of the 2017/2018 eleventh year students of SMA Swasta Persiapan Stabat.
MULTIMEDIA DATA STEGANOGRAPHIC PROTECTION METHOD BASED ON PSEUDORANDOM EMBEDDING PROCEDURE

Background. Classical steganographic data protection is based on hiding the fact of secret data existence. Until this fact is disclosed, the data remains protected. However, in most of the cases, such protection is insufficient for ensuring data security. Therefore, it is common practice to combine data encryption and steganographic embedding. Recently, this approach has been used in many fields of application, including the protection of e-commerce transactions. Thus, the task of developing new, more complex methods of crypto-steganographic data protection remains topical.Objective. The main goal is to protect the user's multimedia data by using a composite private key to limit access to this data. To achieve this goal, the research objective is to develop a steganographic method for protecting multimedia data by embedding it in pseudo-random samples of an audio file.Methods. The proposed method is a method of combined crypto-steganographic data protection. It is based on the use of a composite private key. The method uses two pseudo-random number generators. The first generator is used in the procedure of secret data block mixing. The second generator is used in the steganographic embedding procedure to select the next sample for embedding secret data. The steganographic embedding of secret data is carried out according to the principle of bits correspondence using the result of logical operations. The method uses the natural properties of audio data, namely, their redundancy.Results. A method for steganographic protection of multimedia data based on the pseudo-random embedding procedure has been developed. It includes three main stages. At the first stage, preliminary data preparation is fulfilled. At the second stage, the secret data block arrangement order is formed to be used while embedding. At the third stage, the steganographic embedding of secret data into the container is carried out. The proposed data processing procedures enable increasing the level of protection due to pseudo-random mixing and embedding the data.Conclusions. The developed steganographic method for protecting multimedia data uses audio data as a container for secret data steganographic embedding. It includes data processing procedures based on pseudo-random number generation algorithms. An analysis of the proposed method resistance to unauthorized access to hidden data has shown that the probability of the steganographic scheme guessing is small. The proposed method can be used in cases where steganographic protection is considered as more appropriate than cryptographic protection.
Autonomy of Picture: The Place of Author’s Drawings in Modern Communication of Scientific-Popular Theme

This study examines the phenomenon of social media segments functioning, focused on the presence of high-quality author’s visual content in publications. It is the originality of the visual accompaniment of posts that becomes the basis for the popularity of the resource. It sets such a trend as the autonomous power of images in communication and giving a chance for the development of “pictorial” information exchange. The study analyzed the publication of the Russian popular science community “Educator” (“Ovrazovach”) on the social network “VK”. The main findings of the study is: 1) there is an autonomy of images and their independency in the process of creating interest to resource for audience; 2) the analysis of comments reveals a reduction of the content side of the popular science public; 3) user comments show the preservation of a high percentage of text messages, but this comments are related the picture, not on a scientific event. The authors believe that the phenomenon of autonomization of original images requires a detailed analysis on a wider number of examples.
Introduction of the Software Technology Department [Software Technology]

Articles in this department will present various kinds of software technologies seen through the eyes of experts, as well as users who have successfully applied a software technology. We will visit fields ranging from avionics and automotive software to device driver software, virtual machines running behind the scenes, web browsers, machine learning, game engineering, new software technology for developing bio computing, and many more - in conversations with first-hand knowledge and advice from experts and experiences of users in the field.
Analysis of Collection Management Practices in Esa Unggul University Library

The practices of collection management at the Esa Unggul University Library is still being distorted. There are several cases of collections that should have been weeded but still maintained which are the limitations of human resources to make the process to be inhibited and inefficient, budgeting, and space in the library so that the procurement of new bookshelves is still delusion. The data were obtained through observation, interview with librarians and from the official website of Esa Unggul University Library. The practices of collection management at Esa Unggul University Library, including: deselection, preservation and conservation, and storage. The deselection practice is scheduled every year. The preservation and conservation practices are carried out by termite and bookbinding methods on books, while for the electronic collections by duplicating files. Storage practices, Mezanin’s shelf as a special space for old and copied books.ABSTRAKPengelolaan koleksi di Perpustakaan Universitas Esa Unggul dalam praktiknya masih terjadi distorsi. Ada beberapa kasus koleksi yang seharusnya sudah disiangi namun tetap dipertahankan, keterbatasan SDM membuat prosesnya menjadi terhambat dan tidak efisien, dan karena keterbatasan anggaran dan ruang di perpustakaan sehingga pengadaan rak buku baru masih sebatas angan-angan. Data dikumpulkan melalui observasi, wawancara kepada pustakawan dan dari hasil studi dokumen pada website resmi Perpustakaan Universitas Esa Unggul. Praktik pengelolaan koleksi di Perpustakaan Universitas Esa Unggul, meliputi: praktik deseleksi, preservasi dan konservasi, dan storage. Praktik deseleksi dilakukan secara terjadwal yakni setiap tahun. Praktek preservasi dan konservasi dilakukan dengan metode umpan rayap dan penjilidan pada buku, sedangkan untuk koleksi elektronik dilakukan penggandaan file. Praktek storage, Rak Mezanin sebagai tempat penyimpanan khusus koleksi buku lama dan buku fotocopy.
Architectural Solutions for Context-Aware Applications: KoDA Prototype

Central to any context-aware application is a context-aware architecture.A context-aware architecture monitors and analyzes its environment to enable context-aware applications and subsequently computing devices to effortlessly and appropriately respond to users' computing needs.This paper presents a Knowledge-driven Distributed Architecture (KoDA), describes implementation of its prototype and illustrates how it can be applied and used in a real-world environment.KoDA is unique as is developed based on a knowledge intensive model, which provides a comprehensive model of the real-world in which the users and computing devices interact.Thus apart from monitoring ability, KoDA can intelligently use relevant information that is accessible in a room to recognize the users' ongoing context.KoDA collectively takes into account information about who, what, when and where to recognize ongoing context.
Question Answering Model Based on Graph Knowledge and Entity Recognition

With information increasing dramatically, how to make computers answer automatically and accurately questions, such as " What is the theme of Schindler 's List", has been becoming a hot research topic. However, the profoundness of language and culture often results in the problem with many forms of expression, which brings great challenges to our research. To overcome these difficulties, we use a triple form (subject, relational, object) to represent a fact and store it in the graph database for generating a large multi-relational graph. Among all kinds of questions raised by users, we only need to identify accurately the problem subject and map it to the graph database. For the returned series of candidate relationships, the relationship with the highest similarity to the problem pattern is calculated and the final answer can be obtained. The model includes two parts: entity identification and relationship prediction. In order to improve the accuracy of entity recognition, a BERT-based Sentence vector training and BiLSTM-CRF annotation entity recognition method are proposed.
SEPARABLE AND INSEPARABLE TRANSITIVE PHRASAL VERBS

A phrasal verb is a phrase consisting of standard verbs and one or two particles. The standard verb is like go, make, take. While the particles (s) used can be within the form of adverbs and/ or prepositions. Usually, a phrasal verb is often used in native-speaker dialogue and informal English writing. The purpose of this study is to describe transitive phrasal verbs. The method used in this research is a descriptive qualitative method. Linguistic data sources were taken from the British National Corpus. Data containing phrasal verbs are collected and then classified into several categories. Categories that are suitable for research purposes are separated and labeled and then explained in the narrative in accordance with the theory and research objectives. The results showed that transitive phrasal verbs consist of two types, namely separable and inseparable transitive phrasal verbs. A separable transitive phrasal verb is a type of phrasal verb whose particles are separated from the verb and inserted by the noun phrase as its object. In addition, particles must be separated from the verb if the object used is in the form of a pronoun. While inseparable transitive verbs are phrasal verbs that have a direct object but the particles are inseparable from the verb.
UAV Path Planning Based on Biological Excitation Neural Network and Visual Odometer

Unmanned aerial vehicle(UAV) have been widely used in military and civil fields due to their compact structure, flexible mobility, low cost and other advantages. With the development of artificial intelligence in recent years, more intelligent and advanced algorithms have appeared, in which machine vision, as an important branch in the field of artificial intelligence, has also been greatly developed. The limitation of space, load, endurance and computing capacity hinders the application of intelligent algorithms on UAV. In the paper a semi-autonomous control platform of the quadrotor UAV was developed and the upper and lower dual control core architecture is implemented. Based on the hardware platform, the improved visual inertia odometer (VIO) and the biological excitation neural network are used to improve the flight performance and the ability of autonomy. To solve the problem of the synchronization for VIO, a cubic spline interpolation function was employed. A biological excitation neural network was extended to solve UAV on-line path planning. It provides an on-board path planning approach for UAV in the 3D world considering the dynamic obstacles. Finally, the feasibility and stability of the designed system were verified by flight experiments.
Principles of Document Design

This publication on the principles of document design is the second of a five-part series on document design. This series also covers the document design process, elements of document design, graphic file formats, and brochure and newsletter design.&#x0D; Updates previous version:&#x0D; Telg, Ricky. 2012. “Principles of Document Design”. EDIS 2012 (7). https://journals.flvc.org/edis/article/view/119919.
Training in the Digitalization of Education: Advanced Learning Technologies and Design Thinking Methodology

This study analyzes world practices in the formation of creative thinking in the education system: from the development of educational programs to the education management system as a whole.It also provides examples of the implementation of this methodology in well-known business companies that implement it in their corporate training programs.Particular attention is paid to advanced learning technologies aimed at technologically supported methods for developing thinking skills (creative thinking, design thinking, decision making, problematic learning, etc.), which, regardless of discipline, are crucial for the success of students -future specialists of the 21st century.The process of parallel formation of creative abilities and digital competencies of teachers in continuing education programs is also possible with the use of design thinking tools.Only such an approach can ensure the training of qualified personnel in demand in the sectors of the digital economy.
Description Logics That Count, and What They Can and Cannot Count

Simple counting quantifiers that can be used to compare the number of role successors of an individual or the cardinality of a concept with a fixed natural number have been employed in Description Logics (DLs) for more than two decades under the respective names of number restrictions and cardinality restriction on concepts. Recently, we have considerably extended the expressivity of such quantifiers by allowing to impose set and cardinality constraints formulated in the quantifier-free fragment of Boolean Algebra with Presburger Arithmetic (QFBAPA) on sets of role successors and concepts, respectively. We were able to prove that this extension does not increase the complexity of reasoning. In the present paper, we investigate the expressive power of the DLs obtained this way, using appropriate bisimulation characterizations and 0--1 laws as tools for distinguishing the expressiveness of different logics. In particular, we show that, in contrast to most classical DLs, these logics are no longer expressible in first-order predicate logic (FOL), and we characterize their first-order fragments. In most of our previous work on DLs with QFBAPA-based set and cardinality constraints we have employed finiteness restrictions on interpretations to ensure that the obtained sets are finite. Here we dispense with these restrictions to make the comparison with classical DLs, where one usually considers arbitrary models rather than finite ones, easier. It turns out that doing so does not change the complexity of reasoning.
Development of Macromedia Flash Based Teaching Materials on It-Based Statistic Data Analysis

&lt;p&gt;&lt;em&gt;This study aims to produce Macromedia flash-based teaching materials in IT-based statistical data analysis courses that are tested validity. The form of research carried out is research development under the term Research and Development (R&amp;amp;D). This research was conducted at the Faculty of Mathematics and Natural Sciences UIR Academic Year 2018/2019 in sixth-semester students. The research subjects in this study were sixth-semester students of UIP Mathematics FKIP. Based on the 4-D development model, the researcher made the design of this development procedure consisting of only 3 stages, namely defining, planning, and developing. The deployment stage (disseminated) was not carried out due to time and cost limitations. The data collection instrument in this study was a validation sheet of learning tools. The data analysis technique is an analysis technique used is the descriptive analysis that describes the validity of Macromedia flash-based teaching materials on IT-based statistical data analysis courses. From the research results obtained validity of Macromedia flash-based teaching materials meets the category of very valid with an average total of 87,955. Based on the research results it can be concluded that research has produced Macromedia flash-based teaching materials in valid IT-based statistical data analysis courses.&lt;/em&gt;&lt;/p&gt;
P.D. Yurkevich – the founder of the national systematic scientific pedagogy

The article examines the main concepts of pedagogy of Prof. P.D. Yurkevich – undeservedly forgotten Russian philosopher and teacher. It is noted that Yurkevich was the first in Russia to strongly oppose reductionism, reducing psychology to physiology, and called for pedagogy to be based not on utilitarian considerations, but on higher principles, “from the spirit”. Yurkevich’s ideas about the purpose of education, the closest connection between education and training, and the contrast between pagan and Orthodox pedagogy are presented and discussed. Various methods and forms of Yurkevich’s teaching are analyzed. It is concluded that all modern innovations in pedagogy (except computers) have already been applied by Yurkevich.
SISTEM AKUNTANSI KLAIM HABIS KONTRAK PADA ASURANSI JIWA BERSAMA BUMIPUTERA 1912 CABANG UJUNG TANAH MAKASSAR

The purpose of this research was to know how accounting system for contract expired claims at AJB Bumiputera 1912 Branch Office of Ujung Tanah Makassar, contraints in the system of accounting for contract expired claims and efforts made to overcome the obstacles faced. The type and design in this study used a descritive qualitative type, namely knowing, explaining and describing the accounting system for contract expired claims in AJB Bumiputera 1912 Branch Office of Ujung Tanah Makassar. The program payment of claims through centralization. Finance Department pays immediately to the bank account of the policy holder or recipient of insurance benefit. Recording system payment of contract expiration claim using a computerized system The result showed that accounting system of contract expired claims already has accounting records accordance to their needs. It can be seen that the fractions has worked according to their duties. While the problems that are experienced in the accounting system for contract expired claims, are: lack of supervision on customer premium payments, where there are some customers who are negligent in carrying out their obligations in paying insurance premiums which result in the payment of contract expired claims not due. For this reason, it is necessary to review the system used so that the documents used are in accordance with the needs, and there is no abuse, fraud and the results can be more effective. The efforts to overcome the obstacles in the accounting system for contract expired claims are that the KUAK section (Head of Administrative and Finance Unit) conducts a routine check of premium payment receipts to avoid paying out-of-contract expired claims and sending an official notification letter from the company to the customer that the contract period will expire.
Scalable Systems for Large Scale Dynamic Connected Data Processing

Author(s): Padmanabha Iyer, Anand | Advisor(s): Stoica, Ion | Abstract: As the proliferation of sensors rapidly make the Internet-of-Things (IoT) a reality, the devices and sensors in this ecosystem—such as smartphones, video cameras, home automation systems, and autonomous vehicles—constantly map out the real-world producing unprecedented amounts of dynamic, connected data that captures complex and diverse relations. Unfortunately, existing big data processing and machine learning frameworks are ill-suited for analyzing such dynamic connected data and face several challenges when employed for this purpose.This dissertation focuses on the design and implementation of scalable systems for dynamic connected data processing. We discuss simple abstractions that make it easy to operate on such data, efficient data structures for state management, and computation models that reduce redundant work. We also describe how bridging theory and practice with algorithms and techniques that leverage approximation and streaming theory can significantly speed up connected data computations. The systems described in this dissertation achieve more than an order of magnitude improvement over the state-of-the-art.
THE EFFORTS TO IMPROVE WRITING SKILL OF SECONDARY SCHOOL STUDENTS BY USING SNAKE AND LADDER GAME

This study aims to know the process of improving the writing skill of eight grade students at SMPN 14 Yogyakarta by using snakes and ladders game. The subjects of the study were the students of grade VIII B. They found difficulty in writing skills. The participants consisted of 32 students. The study was conducted in a classroom action research methodology. The data were collected through field notes, observation, interview and documentation. They were analyzed using descriptive qualitative. The result of the study shows that the process of teaching and learning in each cycle ran well by using snakes and ladders game. The indicators of achievement are students achieve higher the minimum standard score, use correct English structure, adopt a variety of English vocabulary, use appropriate punctuation, and write recount text appropriately. Those indicators of achievement obtain a successful result within 3 cycles. Based on the data analyses, there is an improvement in cycle 2 as many as 43.12% or at an average of 69.99. In cycle 3, the result increases up to 82.49 or 82.49%.