Reviewerly/exHarmony huggingface dataset:
Penerapan Metode Multi Attribute Utility Theory Pada Peserta Didik Penerimaan Bantuan Operasional Penyelenggara (BOP) Pendidikan Anak Usia Dini

Early Childhood Education (PAUD) is one of the government programs in guidance aimed at children from birth to the age of six years which is carried out through providing educational assistance to help growth and physical and spiritual development so that children have readiness in entering further education. MAUT application (Multi Attribute Utility Theory) is intended to select PAUD that has the right to get assistance from the government. Determination of policies taken as a basis for decision making, must use criteria that can be defined clearly and objectively. The criteria used as a requirement in the selection of receiving operational assistance (BOP) for early childhood education are parents 'work (C1), parents' income (C2), number of children (C3), number of children attending school (C4), number of college children (C5). The results of the calculation using the MAUT algorithm are alternatives that can receive the operational assistance of the organizer who has the highest value is alternative A1 with a value of 1, alternative A3 with a value of 0.7, alternative A9 with a value of 0.63, alternative A7 with a value of 0.46 , alternative A4 with a value of 0.43. Therefore, it can be concluded that the MAUT algorithm can be applied to VBNet-based applications where from the results of the calculation we get the similarity between the system and calculations using the MAUT algorithm. This research is expected to be a recommendation to the Principal in selecting the selection for receiving operational assistance for early childhood children at Kindergarten Daniel HKBP Tomuan Pematangsiantar.
Bilinear Image Translation for Temporal Analysis of Photo Collections

We propose an approach for analyzing unpaired visual data annotated with time stamps by generating how images would have looked like if they were from different times. To isolate and transfer time dependent appearance variations, we introduce a new trainable bilinear factor separation module. We analyze its relation to classical factored representations [1] and concatenation-based auto-encoders [2] . We demonstrate this new module has clear advantages compared to standard concatenation when used in a bottleneck encoder-decoder convolutional neural network architecture. We also show that it can be inserted in a recent adversarial image translation architecture [3] , enabling the image transformation to multiple different target time periods using a single network. We apply our model to a challenging collection of more than 13,000 cars manufactured between 1920 and 2000 [4] and a dataset of high school yearbook portraits from 1930 to 2009 [5] . This allows us, for a given new input image, to generate a “history-lapse video” revealing changes over time by simply varying the target year. We show that by analyzing the generated history-lapse videos we can identify object deformations across time, extracting interesting changes in visual style over decades.
Deep Feature Screening Method Based on a Cascade Algorithm

To improve the recognition speed and reduce the affection of the redundancy information in pattern recognition, the features should be screened to move those features that have smaller influences. A new joint feature screening method is proposed. A clustering-based dispersion ratio algorithm is used to screen features initially in order to remove those features which have worse intra-class consistency and interclass difference. Then an improved genetic algorithm is employed to deeply screen features and obtain the candidate feature subsets. At last, the inferred statistics is applied to obtain the support of each feature and the best feature subset can be obtained according to the supports. The experimental results show that the joint screening method proposed in this paper can improve not only the classification speed but also the recognition rate.
CПОСІБ ІЄРАРХІЧНОГО СТРУКТУРУВАННЯ ІНФОРМАЦІЙНОГО ПРОСТОРУ НАВЧАЛЬНОГО ПРОЦЕСУ

The method of hierarchical structuring of the information space of the educational process using CALS-technologies is described. It is shown that in order to improve the effectiveness of information support for the management of the learning process at different levels of the hierarchy, it is necessary to structure a common information space (CIS) in accordance with the stages of its life cycle (LC).
AN EMPIRICAL STUDY ON ONLINE READING AND INCIDENTAL VOCABULARY ACQUISITION

Vocabulary learning is very important for L2 learners, and researchers have agreed that some of L2 learners' vocabulary is acquired incidentally.Extensive reading is an effective way to achieve incidental vocabulary acquisition.With college English teaching reform being carried out, the teaching mold has changed from teacher-centered to learner-centered.The new model should be built on modern information technology, particularly network technology.With the spring up of Internet-based L2 learning, the author is curious about whether online reading is better than common reading in terms of incidental vocabulary acquisition.After an experiment, the author analyses data and draws a conclusion that online reading can help the L2 learners have more IVA and teaching strategies have influence on students' IVA from online reading.
Microscopic fringe projection profilometry comparison based on stereoscopic microscope and telecentric lenses

As the digital projector develops, fringe projection profilometry has been widely used in the fast 3D measurement. However, the field of view of traditional 3D measurement systems is commonly in decimeters, which limits the 3D reconstruction accuracy to tens of microns. If we want to improve the accuracy further, we have to minimize the field of view and meanwhile increase the fringe density in space. For this purpose, we developed two kinds of systems based on a stereo-microscope and telecentric lenses, respectively. We also studied the corresponding calibration frameworks and developed fast 3D measurement methods with both Fourier transform and phase- shifting algorithms for real-time 3D reconstruction of micro-scale objects.
Quality Assessment of Preschool Education in the Republic of Tatarstan

The year of 2018 is special for the Russian Federation since the country entered the Decade of Childhood.Preschool education that is a nursery school is the environment in which children are submerged and where they feel comfortable; this is the first public-state form to provide for professional and educational work with the younger generation.After all, the prosperous future of each state, civilization and the whole world depends on the growing generation, its harmonious development.Research shows that the full development of the child depends on the two components of his/her life -a two-parent family and a nursery school.Considering the gradually improving demographic situation in Russia, the demand for educational services at the nursery school is constantly growing.
Multi-modal Feature Fusion Based on Variational Autoencoder for Visual Question Answering

Visual Question Answering (VQA) tasks must provide correct answers to the questions posed by given images. Such requirement has been a wide concern since this task was presented. VQA consists of four steps: image feature extraction, question text feature extraction, multi-modal feature fusion and answer reasoning. During multi-modal feature fusion, outer product calculation is used in existing models, which leads to excessive model parameters, high training overhead, and slow convergence. To avoid these problems, we applied the Variational Autoencoder (VAE) method to calculate the probability distribution of the hidden variables of image and question text. Furthermore, we designed a question feature hierarchy method based on the traditional attention mechanism model and VAE. The objective is to investigate deep questions and image correlation features to improve the accuracy of VQA tasks.
PENERAPAN MODEL PEMBELAJARAN KOOPERATIF TIPE SNOWBALL THROWING UNTUK MENINGKATKAN HASIL BELAJAR IPS SISWA

This research is motivated by the low social studies learning outcomes of students. The purpose of this study is to improve students' social studies learning outcomes by applying a snowball throwing learning model. This research was conducted at SDN 022 Pulau Baru Kopah. The subjects of the study were the third grade students, which consisted of 20 students consisting of 10 men and 10 women. The type of this research was classroom action research with a collaborative form. While this class action research procedure consists of, planning, implementing, observing, and reflecting. The results showed, the initial data completeness of social studies learning outcomes of students only 11 people or 55% of students who completed while 9 students or 45% did not complete. the first cycle by applying the snowball throwing cooperative learning model, student learning outcomes improved. This can be seen from 20 students, as many as 15 or 75% of students have been completed while 5 students or 25% of students have not been completed. In cycle II student learning outcomes increased again, this can be seen from the number of students who completed as many as 18 students or 90% while students who have not finished reduced to 2 students or 10%. The researcher can conclude that by applying the snowball throwing cooperative learning model can improve the social learning outcomes of students of SDN 022 Pulau Baruh Kopah.
Metacognitive Strategies of Developing the Reading Competence of Students of Institutions of Higher Education

Introduction. The paper presents the peculiarities and advantages of using the metacognitive strategies to develop the reading competence in students of pedagogical universities in the process of educational-vocational training; the notion “strategies of reading” is clarified, the basic structural components are determined; the functions of the metacognitive strategies, their role when working with scientific texts are considered. The theoretical approaches to the metacognitive strategies are represented, their functions, their role in understanding scientific texts. The notions and meanings of the metacognitive skills and metacognitive strategies are revealed. The metacognitive skills can be considered as an integration of the ability to understand scientific texts and metalinguistic erudition, i. e. as a set of knowledge about the text and ability to work with the text. The paper presents the author’s programme of forming metalinguistic strategies when working with scientific texts.&#x0D; Results &amp; Discussions. Erudition in the metastrategies is connected with the ability to understand complex verbal material of scientific character. The attention is paid to the fact that due to reflection the reader through speech experience penetrates into the essence of the text, reaches its comprehension. It is shown that metacognitive knowledge such as erudition in strategies and techniques of metacognition is connected with the ability to understand complex verbal material of scientific character. It is underlined that using actively the metacognitive strategies of management of one’s own cognitive activity, awareness of the process of implementing these strategies positively are connected with the ability to understand scientific texts and can be considered as a determinant of such an ability. It is noted that mastering the metacognitive strategies, their variability foresees knowledge and understanding of the structure of texts, their types, high ability to understand texts and variability of different metacognitive operations when working with the text material. Metalinguistic erudition, i.e. the set of knowledge of the text and the ability to work with it allows mastering different texts of vocational orientation quickly and effectively. Metalinguistic strategies as well the ability of the specialist to his/her own professional activities are positively connected with the ability to work effectively with the text material and the ability to process complex scientific texts.
E-Library Peminjaman dan Pengembalian Buku Berbasis Web dengan Metode Prototipe

The Library is a facility that is used as a place to access information. The library contains various information needed by the public with various books from various fields. In this digital era, not a few libraries still use conventional methods for data management processes. As records for borrowing and returning books that are still done manually, such as handwriting on large books. So it is not uncommon missing data. With this, the researcher aims to create a library information system that aims to make it easier for library staff to record loans and return books. The development method used is the prototype method. The conclusion obtained in this study is the e-library application can help users in the process of data collection and data management of borrowing and returning books.
ПРОФЕСІЙНІ СКЛАДОВІ ОСВІТНЬОЇ ДІЯЛЬНОСТІ ВИКЛАДАЧІВ ВИЩИХ НАВЧАЛЬНИХ ЗАКЛАДІВ ЗІ СПЕЦИФІЧНИМИ УМОВАМИ НАВЧАННЯ

Analyzed professional activity of teachers of higher educational institutions and the identified psychological and pedagogical components, which provide an effective process of learning in different educational systems. Special attention is paid to the study of the interdependent components of the structure activity of the teacher of high school and define its individual characteristics. The study of all components of professional activity of teachers of higher education institutions with specific conditions of the study indicates that their professional educational components are based on individual subjective methods and means of scientific and educational activities.
Single-shot 3D shape measurement with spatial frequency multiplexing using deep learning

In this paper, we propose a single-shot 3D shape measurement with spatial frequency multiplexing using deep learning. Fourier transform profilometry (FTP) is highly suitable for dynamic 3D acquisition and can provide the phase map using a single fringe pattern. However, it suffers from the spectrum overlapping problem which limits its measurement quality and precludes the recovery of the fine details of complex surfaces. Furthermore, FTP adopts the arctangent function ranging between -π and Π for phase calculation, which results in phase ambiguities in the wrapped phase map with 2π phase jumps. Inspired by deep learning techniques, in this study, we use a deep neural network to extract the phase information of the object from one deformed fringe pattern. Meanwhile, we design a dual-frequency fringe pattern with spatial frequency multiplexing to eliminate the phase ambiguities. Therefore, an absolute phase map can be obtained without projecting any additional patterns. The experimental results demonstrate that the single-shot 3D measurement method based on deep learning techniques can effectively realize the absolute 3D measurement with one fringe image and improve the measurement accuracy compared with the traditional Fourier transform profilometry.
Pembangunan Sistem Informasi Manajemen Aset pada PT. Bahtera Metalindo

PT. Bahtera Metalindo is a company engaged in general trading and services except legal and tax services. In improving company performance, activities carried out in PT. Bahtera Metalindo Management of assets at PT. Ark MetalIndo is not going well, PT. Bahtera MetalIndo does not have a database that makes it easy for companies to store asset data and trace assets. Use of assets at PT. Bahtera Metalindo is still using office applications such as word processing and step processing. This problem often causes asset management at PT. Metal Ark It is difficult to know the condition of good assets, damaged or lost and the recording of stock of fixed assets and smooth assets often occur and the economic life of assets owned by the company is not well organized. With the existence of a computerized asset management system, the company can manage asset data and display data that has been grouped from recording the use of assets to the company and can monitor asset data used by employees who are in PT. Ark MetalIndo. Based on these problems, this study builds an asset management information system at PT. Bahtera Metalindo which can help with problems that exist in the company. The output of this research is a system that is implemented in software to perform asset data processing and can monitor asset data in helping business processes that exist at PT. Bahtera Metalindo.
A Pragmatic Dynamic Lane-changing Trajectory Planning Model for Autonomous Vehicles

Automatic lane change is a complex and essential part of autonomous vehicle control. Existing researches on autonomous vehicle technology mainly focused on avoiding obstacles, but few studies have focused on the issue of dynamic lane change. Moreover, existing dynamic lane-changing models were based on some certain assumptions. Considering that the actual road is not a complete straight line and the function of the road cannot be accurately established, this paper establishes a cubic polynomial path planning model based on discrete global trajectory points. Then, in order to ensure the trajectory’s safety, comfort and efficiency, an all-sided trajectory optimization function is proposed. At last, simulation verifications are carried out. Results show that the proposed method can generate a splendid lanechanging trajectory.
Research of Voice-over-IP Systems for Internet

The implications of ambimorphic archetypes have been far-reaching and pervasive. After years of natural research into consistent hashing, we argue the simulation of public-private key pairs, which embodies the confirmed principles of theory. Such a hypothesis might seem perverse but is derived from known results. Our focus in this paper is not on whether the well-known knowledge-based algorithm for the emulation of checksums by Herbert Simon runs in Î˜(n) time, but rather on exploring a semantic tool for harnessing telephony (Swale).
Pengaruh Variasi Waktu Inkubasi terhadap Kadar Hemoglobin Menggunakan Metode Sahli

Several clinical laboratory and community health centers in Palangka Raya still use a simple method to determine hemoglobin levels with Sahli method. There are mamy differences in procedures related to incubation time in Sahli method of hemoglobin examination. There are those who don�t use incubation, incubation for 3 minutes or incubation for 5 minutes. This study aimed to determine the effect of icubation time on hemoglobin levels using the Sahli method. This study was experimental study, where hemoglobin levels are measured by Sahli method with incubation time variations of 0 minutes, 3 minutes, 5 minutes, 8 minutes, and 10 minutes. A total of 21 blood samples were obtained by purposive sampling technique. The data obtained were statistically analyzed using the One Way ANNOVA test. The results showed there are significant effect of incubation time (0 minutes, 3 minutes, 5 minutes, 8 minutes and 10 minutes) on hemoglobin levels using Sahli method (p = 0.00). Increased hemoglobin levels occur with increasing incubation time. Where the lowest value of the average hemoglobin level at the measurement of 0 minutes was 10.9 g / dl and the highest value on the measurement of 10 minutes was 14.2 g / dl. It is important to laboratory personnel to incubate blood according to the procedures established by the Sahli method, because errors in the analytical stage contribute 25% to the causes of errors in laboratory result.
Realizing Universal Dependencies Structures

We first describe a surface realizer for Universal Dependencies (UD) structures.The system uses a symbolic approach to transform the dependency tree into a tree of constituents that is transformed into an English sentence by an existing realizer.This approach was then adapted for the two shared tasks of SR'19.The system is quite fast and showed competitive results for English sentences using automatic and manual evaluation measures.
ПОТЕНЦІАЛ ДЛЯ РОЗВИТКУ НАУКОВО-ОСВІТНЬОГО ПРОСТОРУ

The scientific and educational space is an interactively organized environment, the main mechanism of which is the informational and voluntary interaction of subjects of scientific and educational activity. They are directed by common goals that are socially significant, guided by the common principles of solving scientific and educational problems, but are determined by the possibility of actualization individual creative freedom when choosing means to achieve the goal. The integrity of the scientific and educational space is ensured by the interconnection of its elements and the links between them.
The Effect of Leachate Waters on the Quality of Free Groundwater in Air Dingin Landfill, Padang City

The purpose of this study is 1) to know the condition of physical parameters, free groundwater chemistry; 2) to what extent of leachate water contamination of against free groundwater in the Air Dingin landfill, Padang City. The data analysis technique used in this study is based on Minister of Health Regulation Number 419/1990 concerning Water Quality Requirements and Supervision, and Government Regulation Number 82/2010 concerning Management of Water Quality and Water Pollution Control. The water quality physics test results show 1) smell and taste meet the quality standard requirements; 2) water temperature meets quality standard requirements; 3) watercolour meets quality standard requirements; 4) Dissolved Solids (TDS) meet the quality standard requirements; and 5) Suspended Solids (TSS) meet the quality standard requirements, while the chemical quality of water shows 1) pH below the quality standard; 2) Arsenic below the quality standard; 3) Cadmium is below the quality standard; 4) Chromium below the quality standard; 5) Iron below the quality standard; 6) Lead below the quality standard; 7) Manganese below the quality standard; 8) Free groundwater below the quality standard; and 9) COD below the quality standard.. Leachate water that comes out laterally from the garbage pile tends to flow following the contour of the land towards a lower direction.
Pengaruh Persepsi Siswa dalam Penerapan Sistem Full Day School terhadap Prestasi Belajar Mereka pada Mata Pelajaran Pendidikan Agama Islam

The research article using survey method succeeded in proving a number of allegations as follows: (1) Perception of students of SMA Negeri 1 Ciamis in implementing the Full Day School system reached 72.55. This shows that students' perceptions in implementing the Full Day School system are at high qualifications because they are at 59.00 - 79.00; (2) The learning achievement of students of SMA Negeri 1 Ciamis in Islamic Religious Education subjects reached 72.20. This shows that the learning achievement of students is at a high qualification because it is at a high qualification because it is in the range of 59.00 -79.00; and (3) The effect of students' perceptions on the implementation of the Full day School system on student achievement in Islamic Education subjects in SMA Negeri 1 Ciamis is known by its R squared value of 0.001, meaning that the variable X affects the variable Y by 0.01 %. This shows that the influence between variable X and variable Y is very low because it is in the range of 0.00 - 0.20 and there are still other variables of 99.9% influence on the variable Y besides the X variable and is indicated by the correlation value of the author get the correlation coefficient between the X variable with the Y variable of 0.041&gt; 0.05. Then H0 is accepted and the correlation coefficient value of 0.041 is classified as a very low correlation interpretation because it is in the range of 0.00 - 0.20.