Reviewerly/exHarmony huggingface dataset:
Power Domination Number On Shackle Operation with Points as Lingkage

The Power dominating set is a minimum point of determination in a graph that can dominate the connected dots around it, with a minimum domination point. The smallest cardinality of a power dominating set is called a power domination number with the notation . The purpose of this study is to determine the Shackle operations graph value from several special graphs with a point as a link. The result operation graphs are: Shackle operation graph from Path graph , Shackle operation graph from Sikel graph , Shackle operation graph from Star graph . The method used in this paper is axiomatic deductive method in solving problems. Understanding the axiomatic method itself is a method of deductive proof principles that applies in mathematical logic by using theorems that already exist in solving a problem. In this paper begins by determining the paper object that is the Shackle point operations result graph. Next, determine the cardinality of these graphs. After that, determine the point that has the maximum degree on the graph as the dominator point of power domination. Then, check whether the nearest neighbor has two or more degrees and analyze its optimization by using a ceiling function comparison between zero forching with the greatest degree of graph. Thus it can be determined ϒp minimal and dominated. The results of the power domination number study on Shackle operation graph result with points as connectors are , for and ; , for and ; , for and .
Resources: 3D Printing: Teacher Resources

This guide contains resources for getting started with 3D printing, learning connections and recommended tools.
THE USE OF JIGSAW TECHNIQUE IN IMPROVING STUDENTS’ READING SKILL ON NARRATIVE TEXT

Reading skill becomes one of the skills that should be mastered by students. The students needs to know how to read an English text in order to develop their potential in learning. To achieve the goal, it is necessary to have techniques that can help students to read well. One of the technique that can be used is Jigsaw technique. The objectives of this study are: 1) to describe the implementation of using Jigsaw technique in improving studentsâ€™ reading skill on the narrative text of ninth grade of Kejar Paket B in PKBM Sejahtera Yogyakarta, and 2) to describe the result of the implementation. This research was a classroom action research which consisted of two cycles. The results of cycle 1 were: 1) the students were motivated to learn during the lesson, 2) the students enjoyed the learning process using the Jigsaw technique. The results of cycle 2 were: 1) the students were more motivated in showing their effort to study. 2) the students were more active in discussing the generic structure, the main idea, and the topic of the text.Â The strategy was helpful in teaching narrative text. It could make the students got motivated to read the text and active during the discussion.
Peningkatan Manajemen Rumah Baca Melalui Aplikasi Slims 8 di Masjid Ar-Ridlo Desa Belung Kecamatan Poncokusumo Kabupaten Malang

Improved management of reading houses in the Ar-Ridlo Mosque, Belung Village, Poncokusumo, Malang District. The application used is SLIMS 8. The Senayan Library Management System (SLiMS) is an open source library management system (library management system) licensed under GPL v3. The steps we have taken are making a cataloging module, making a tracking module, creating a circulation module, making a membership management module, making a collection inventory module, making a series of serial management modules and a workshop on reading house management based on Slims 8. A management workshop has been conducted with material install programs, carry out an inventory of books, register members, save and borrow activities, member card printing and book numbers
Emotion mining from text for actionable recommendations detailed survey

In the era of Web 2.0, people express their opinion, feelings and thoughts about topics including political and cultural events, natural disasters, products and services, through mediums such as blogs, forums, and micro-blogs, like Twitter. Also, large amount of text is generated through e-mail which contains the writer's feeling or opinion; for instance, customer care service e-mail. The texts generated through such platforms are a rich source of data which can be mined in order to gain useful information about user opinion or feeling which in turn can be utilised in specific applications such as: marketing, sale predictions, political surveys, health care, student-faculty culture, e-learning platforms, and social networks. This process of identifying and extracting information about the attitude of a speaker or writer about a topic, polarity, or emotion in a document is called sentiment analysis. There are variety of sources for extracting sentiment such as speech, music, facial expression. Due to the rich source of information available in the form of text data, this paper focuses on sentiment analysis and emotion mining from text, as well as discovering actionable patterns. The actionable patterns may suggest ways to alter the user's sentiment or emotion to a more positive or desirable state.
Digitized Archive as Digital Evidence: Readiness Observation at Dinas Perpustakaan dan Kearsipan Provinsi DKI Jakarta

Currently, the process of archive digitization, especially from paper archives to digital format, is an option for companies to store their documents more efficiently and effectively.In addition, it can make document retrieval easier.However, although digitization is supported by Regulation No. 8 of 1997 on electronic documents, according to Hadiwardoyo (2001), the archives digitization process is not necessarily supported by the readiness of other legal instruments.Hadiwardoyo¹ argues that archive digitization involves two main things: the security of the media technology digitization device and the legal considerations related to the validity of the evidence in court.This research explores how the quality of the archive digitization process, especially in government, can be improved so that it is not just an effort toward e-governance but also acceptable for auditing as part of digital forensics.
ENGLISH AS A FOREIGN LANGUAGE (EFL) TEACHERS’ PERCEPTION ON INFORMATION AND COMMUNICATION OF TECHNOLOGY (ICT)

This research aimed to find out kinds of information and communication of technology (ICT) is used by the teachers’ to teach English at SMP NEGERI 2 MASAMBA and to find out Teachers’ perception on the use of information and communication of technology (ICT) in teaching English. This research used a descriptive qualitative method, the instruments used were observation and interview. The observation was used to observe and interview the English teachers. The findings of the research showed the results of the teachers’ interview showed that mostly the teacher gave positive perception and agreed toward and teachers’ used Information and Communication Of Technology (ICT) in teaching English, they were happy, they left easy to understand the lesson, motivated to learn, being polite, diligent doing assignment. Whereas, some student was unhappy in learning English and got difficulties to understand the lesson because the thought that learning English was difficult.
Golden Dream, Touch-and-Go: Construction and Thinking of Off-Campus Practical Teaching Base for Chemistry Major

Higher education should adapt to the trend of the world and the changes of the times.Undergraduate education needs to further improve the proportion of practical teaching, strengthen the combination of theoretical teaching and practical teaching, and improve the mechanism of collaborative education.According to the needs of subject development and enterprise development, the school of chemistry of Sun Yat-Sen University and Kingfa Technology Co., Ltd.(referred to as Kingfa Technology) jointly build the practical teaching base for college students.Taking this base as an example, this paper discusses the problems encountered in the construction process and the construction contents, as well as the achievements of practical teaching base.
A comparison study of processing and visualization in image analytics

A digital image is a mathematical dataset of a 2D function.It is a raster image represented by pixels [1].To process digital image analytics, we have to develop numerical values describing discrete elements of the image.This numerical analysis may be further performed by a machine.The conversion of image data (big data) to 2D representation (F(x,y)) will be executed to reflect the original intensity of the image [2].The execution of image analytics is extensively practical.Many places comprehend how to separate value from image data to construct different knowledge sources in traffic analysis, computer network security and transportation safety [3].Vasanth and Nataraj [4] are curious to recognize facial actions and features from images in computer vision.It can be applicable for real-time video to match with recorded face images (image recognition).The research helps make image analytics happen due to deep learning application, big data analytics and matured technology.
A Measurement System Analysis Research Framework for Measurement System and Empirical Study with Automation Time-Domain Measurements

We target the problem of providing 5G network connectivity in rural zones by means of Base Stations (BSs) carried by Unmanned Aerial Vehicles (UAVs). Our goal is to schedule the UAVs missions to: i) limit the amount of energy consumed by each UAV, ii) ensure the coverage of selected zones over the territory, ii) decide where and when each UAV has to be recharged in a ground site, iii) deal with the amount of energy provided by Solar Panels (SPs) and batteries installed in each ground site. We then formulate the RURALPLAN optimization problem, a variant of the unsplittable multicommodity flow problem defined on a multiperiod graph. After detailing the objective function and the constraints, we solve RURALPLAN in a realistic scenario. Results show that RURALPLAN is able to outperform a solution ensuring coverage but not considering the energy management of the UAVs.
Research on Face Recognition Algorithms Based on Deep Convolution Generative Adversarial Networks

Generative Adversarial Networks (GAN) is an unsupervised algorithm widely used in the field of computer vision. On the basis of traditional generative adversarial networks, a method combining deep Convolutional Neural Networks with Generative Adversarial Network for image processing is proposed. Kernel parameters of the initial convolution of the CNN network are initialized by using the Isotropic Sobel operator in the edge detection operator combined with the convolution kernels in multiple directions. We combined the CenterLoss and SoftmaxLoss as Loss function to improve the supervision. The algorithm can take the intra-class aggregation and class separation into account, making use of MINST and CIFAR-10 data sets to test. Results showed that the model we proposed had obvious advantages in rate of convergence and image recognition rate as compared with other traditional recognition algorithms.
Solar Powered Fan Cap For Outdoor Workers

This investigation explores the solar cap benefits to its users. The reason behind the main focus on this is because it is very commonly used in summer and in sports game like golf, cricket, and badminton. Even the people who are working outdoors, tourists and those who are willing to climb mountain basically prefer a cap for preventing from huge sunshine. Particularly in summer to prevent from sunstroke solar cap is the best gift as it lowers the temperature and make facial condition sound. The novel design is also fun for kids and beneficial to all kind of ages. This type of solar cap with fan technology is an efficient & intelligent way to prevent face from high temperature. By the use of solar cap, one will get to meet the desire cooling to the face by the use of renewable energy.
Language Learning Strategies (LLS) Used by Malaysian, Pakistani, and Italian ESL Learners: Comparing to Indonesian EFL Learners

This study deals with a review of the problematic approach in selecting Language Learning Strategies (LLS) due to the misleading the characteristics of English. Along with the purpose, this paper seeks to compare the differences between cultural and linguistic backgrounds of Indonesian EFL with Malaysian, Pakistani, and Italian ESL students’ Language Learning Strategy. In addition, this review also aims to know the Language Learning Strategy used by other ESL countries and to become the main purchase of this study to evaluate Indonesian’ Language Learning Strategy. In Indonesia, English becomes a foreign language where it is not an official language and has limited language input. Whereas, as we already know, English is a common subject learning for most people in Indonesia. This is due to the high interest and need for mastering English in various aspects. In learning English as a target language, people not only need to master their knowledge, but also the need for better and useful communicative competence in use. However, the need to come up with some appropriate teaching strategies becomes an important factor to achieve their goals.
IMPLEMENTASI METODE WATERFALL PADA PERANCANGAN SISTEM INFORMASI PELAYANAN RAWAT JALAN PUSKESMAS TELAGASARI KARAWANG

In the current era of globalization, information technology is advancing rapidly.Every government and self-government institution is even required to be able to present information quickly and accurately in the world of work.In this case the computer has an important role for everyone, because computers are one of the fastest media to facilitate the presentation of information quickly and accurately.In the world of work such as health services in health centers whose activities are still carried out manually and have not been maximally computerized, so that it will cause several problems that can reduce the performance of services to the community, such as a long service time.For this reason the author makes a website Designing a Web-Based Outpatient Information System at the Telagasari Health Center in Karawang to support services and provide better services in the future.The method used in developing this software uses the Waterfall method, starting with 1) software requirements analysis 2) Design 3) making program code 4) testing 5) Maintenance.With the help of website design that has a data storage system that is supported by its security, it is expected that service and reporting activities can run effectively and also to minimize the error or data loss that is carried out by service personnel at the puskesmas so as to produce a fairly good program.Website design at this puskesmas has also been carried out by functional testing using the black-box method.
A Conceptual Perspective In Mathematics Through Augmented Reality And 3D Image Modelling Application

Mathematics is a compulsory subject for every student in primary, secondary school and pre-university program. However, most of the teachers found that it is very difficult to teach the students because most of the mathematics concepts especially complex mathematics equations require students to have good imagination for better understanding. Therefore, the teachers always ask the students to memorize the equations or formula instead of asking them to try to understand the concepts. So, majority of students find the mathematics class very tedious and useless because they don’t know when they are going to apply the concepts in real-life. As we know, majority of students suffer in understanding the complex mathematics operations for example, differentiation, integration and others during secondary school and pre-university program. Therefore, a mobile application that applying augmented reality to teach complex mathematics concepts is proposed to address this problem. Teachers can utilize this app to give students some real-life examples that they can relate to according to the list of equations available in the application. Therefore, students will find that mathematics class very interesting if teachers implement the right techniques and make it more engaging.
Movement of an Optical Component in a Bonding Process with UV Curable Adhesive Analyzed by Using Phase-shifting Digital Holography

Movement of an optical component such as a mirror or a beam splitter glued by Ultraviolet (UV) curable adhesive on a metal plate has been investigated by using phase-shifting digital holography. When the optical mirror cube is glued on the metal plate under the illumination of UV-LED light beam, interference fringes produced by the reference wave and the reflected wave from the mirror surface are recorded sequentially as hologram over a period of time and movement of the mirror cube is analyzed from the phase difference of two successive reconstructed complex amplitudes of the reflected waves. The movement of the mirror cube in the hardening process of UV curable adhesive has been followed. It is shown that the movement of the mirror cube can be analyzed by using both the magnitude and the orientation of the vector normal to the displacement of the mirror detected by digital holographic interferometry. Experimental analysis is conducted with a constant UV light intensity. Correlation between the orientation of UV light illumination and the movement of the mirror cube obtained by digital holography is discussed in this paper.
Anomalies of schoolchildren’s educational activities and ways of their surmounting

The deep historical roots of the problems in schoolchildren’s educational activity normalizing and educational overloads elimination, as well as standpoints of outstanding teachers of the past in these problems are revealed. On the basis of the modern pedagogical, medical-hygienic and criminological studies analysis, the long chain of dangerous consequences of the abnormal educational overload in schoolchildren is determined. The consequences of anomalies include: the loss of teachers' ability to implement the principle of training accessibility and other didactic principles; loss of students' desire to learn; mechanical learning of an educational material, which can even lead to torpidity; compulsory nature of pupils' learning activity and the authoritarianism of teachers, caused by it; zero (failure) level of mastering mathematics, physics, chemistry and other subjects; dramatically high morbidity of schoolchildren; lack of discipline, pedagogically neglected children, which in turn becomes the cause of juvenile delinquency and so on. The necessity and possibility of overloads elimination and normalizing the educational activity of schoolchildren at the government level is substantiated. Significant reserves have been considered for a practical solution to these problems, related to the domestic experience of the 1920s in the development of tightly scheduled curricula and manuals for trainees, with the current experience in reforming the content of education in Singapore. In this context, there is also evidence that in Ukraine in the 60-80's of the twentieth century the path to the standardized training implementation was laid by school pedagogical teams, headed by V.O. Sukhomlinsky and G.Ye. Hlushchenko. The article also identifies the priority measures for practical implementation of standardized educational activities of schoolchildren
Movement parameters of persons with disabilities on evacuation by lifts

In 2010 it was defined five challenges for the solution of evacuation of persons in buildings to 2020. One of the challenges is to implement helpfull technologies during evacuations from buildings – lifts. Needed steps for fulfilling this challenge are also quantification of missing data which are dealing with evacuation of persons with disabilities. From 2002 all public buildings in Slovak Republic have to be also accessible to persons with disabilities, but it is also a global problem. In present exists just small number of informations of movement parameters of persons with disabilities during evacuation by lift. There for, this work was focused on collecting these informations. The data collection was realized by using an in-situ experiment. The aim of the work was to quantify the phase stages of evacuation by elevators for persons with disabilities (speed, time, movement and capacity parameters). Person's movements were monitored during the measurements, arrival to lift, cabin entry and exit from the cabin, including leaving the bounded area. Arrival to lift included movement in the bounded area in front of the lift, until the moment of pushing the button was pressed to call the lift. The time of cabin entering includes the time from the beginning of opening the lift doors to the beginning of closing of the lift doors. The exit from the cabin includes the time from opening the lift doors, passing through the lift doors to leaving the bounded area. In total, ten participating persons in the experiments imitated wheelchair movement and movement with leg fracture. Measurements were made on two lifts, where person evacuating himself or with the help of another person. Everyone performed each measurement three times. A total of 720 measurements were performed in the work. According to the results of the experiment it can be stated that cabin entry is longer for a person on the wheelchair than for a person with a leg fracture, but the difference is even bigger during exit from the cabin, including leaving the bounded area. During the experiment, various movement techniques have been observed that may affect their overall the time of cabin entry and exit from the cabin. Obtained results can extend existing evacuation model to the possibility of using the lift. The obtained results quantify the individual phase stages of entering to the lift and exiting of the lift for persons with limited movement.
Forecasting the amplitude of high-intensity chaotic laser pulses

Forecasting the dynamics of chaotic systems from the analysis of their output signals is a challenging problem with applications in most fields of modern science. In this work, we use a laser model to compare the performance of several machine learning algorithms for forecasting the amplitude of upcoming emitted chaotic pulses. We simulate the dynamics of an optically injected semiconductor laser that presents a rich variety of dynamical regimes when changing the parameters. We focus on a particular regime where the intensity shows a chaotic pulsing dynamics, and occasionally an ultra-high pulse, reminiscent of a rogue wave, is emitted. Our goal is to predict the amplitude (height) of the next pulse, knowing the amplitude of the three preceding pulses. We compare the performance of several machine learning methods, namely neural networks, support vector machine, nearest neighbors and reservoir computing. We analyze how their performance depends on the length of the time-series used for training.
Using Q2 Write Strategy to Improve Primary School Pupils Essay Writing Quality

The purpose of this study was to investigate the effectiveness of using Q2Write strategy to improve the writing skills among English as second language learners. The aim was to determine if the students who used Q2Write strategy produced better written texts holistically. The subjects of the study were 23, 11-year-old students from Sekolah Kebangsaan Batu Kikir, Negeri Sembilan. Students were selected using purposive sampling method. The pre-test and post-test scores were used as the main findings and supplemented by the findings from semi structured interview. Participants were required to write essays and participate in a semi structured interview. Five students from the participants were selected based on their essay scores and band for the interview at the end of the study. The study results indicated that Q2Write strategy is effective in improving the quality of essay writing as the participants were able to create better quality essays after implementing Q2Write strategy. The results also indicate that participants were able to improvise their essay in terms of organization, vocabulary usage, sentence construction and relevance of idea.