Reviewerly/exHarmony huggingface dataset:
PROBLEM OF LETTER ARCHITECTURE COMPLETION USING A * SEARCH METHOD

&lt;p&gt;&lt;em&gt;Problems of architecture beams or commonly called Blocks Architecture is one of the classic problems in the study of Artificial Intelligence (AI), the architectural Problems of beams can be obtained from the problems that are all around us and is one of those cases that could be problems solved by using this beam is the stack, a stack problem conditions using push and pop, one of the methods that can be used is the A * Search algorithm, A * describe the process of problem solving in which one must take any decision on any of the best stride and the use of simulation in resolving the problems of architectural beams are expected to give an idea of how the process of the settlement of these problems, simulation is an attempt to copying features, display, and a real system characteristics, the expected results of the application of the algorithm is A * this is showing the form of settlement in the simulation.&lt;/em&gt;&lt;/p&gt;
Eager Memory Management for In-Memory Data Analytics

This paper introduces e-spill, an eager spill mechanism, which dynamically finds the optimal spill-threshold by monitoring the GC time at runtime and thereby prevent expensive GC overhead. Our e-spill adopts a slow-start model to gradually increase the spill-threshold until it reaches the optimal point without substantial GCs. We prototype e-spill as an extension to Spark and evaluate it using six workloads on three different parallel platforms. Our evaluations show that e-spill improves performance by up to 3.80× and saves the cost of cluster operation on Amazon EC2 cloud by up to 51% over the baseline system following Spark Tuning Guidelines.
Optimization of Secure Quantum Key Distribution Backbones in Core Transport Networks

We present a Mixed Integer Linear Programming formulation to perform optimal placement of Quantum Key Distribution devices to protect active/planned traffic at minimal cost, thus securing active core transport networks.
Cluster mechanism for hot data storage in HBase system

The evolution in different areas like e-business contributed to increase the number of data. So, a scalable database is required to accommodate a large number of data. Moreover, this data could be important and the number of accessing for reading or writing operations can make a pressure in some servers more than others, this pressure called unbalanced accessing. This will be achieved if a system that guarantees the distribution of this important data in useful form is used, because the pressure can causes a delay. Accordingly, when we design a multi storage node to keep this data, the pressure will transfer from a server to another. So, the proposed system searched for a satisfied solution to distribute all the users on the servers in a useful way to detect any mistake or repeating updating operation data by using identification feature. This method is applied on Hbase and called Clusterization.
Approximate bayesian inference for geostatistical generalised linear models

The aim of this paper is to bring together recent developments in Bayesian generalised linear mixed models and geostatistics. We focus on approximate methods on both areas. A technique known as full-scale approximation, proposed by Sang and Huang (2012) for improving the computational drawbacks of large geostatistical data, is incorporated into the INLA methodology, used for approximate Bayesian inference. We also discuss how INLA can be used for approximating the posterior distribution of transformations of parameters, useful for practical applications. Issues regarding the choice of the parameters of the approximation such as the knots and taper range are also addressed. Emphasis is given in applications in the context of disease mapping by illustrating the methodology for modelling the loa loa prevalence in Cameroon and malaria in the Gambia.
Evaluation of GloWbE as a Tool for Big Data Corpus Linguistics

Researchers have been interested in media and their impact on spoken and written language prior to the rise of the internet and Web 2.0.Plato already discussed the relationship between written and spoken language more than 400 BC.The chances that came with the beginning of digitalization are technical possibilities of detection, analysis, and evaluation of language.Academic disciplines such as linguistics and digital humanities are dedicated not only to dealing with digitalization and language but also to exploring their interrelationship, opportunities, and occurring (linguistic) phenomena.This paper critically questions Big Data practices in corpus linguistics research.I examine the Big Data corpus GloWbE (Corpus of Global Web-based English) as a linguistic research tool by highlighting advantages, emphasizing critical aspects, and presenting constructive approaches and concepts in the context of this paper.I make some suggestions on how researchers can deal with the mentioned issues of ethics, geographical boundaries and non-native speakers, technological challenges, access and participation, and various authors.Finally, I then summarize the results as chances and challenges in working with Big Data corpora as linguistic research tools and propose topics for further research.As always, I am happy about constructive criticism.
Modern approaches to building pre-service foreign language and culture teachers’ test competence

A key prerequisite for effective developing of preservice foreign language and culture teachers’ test competence lies in correct choice of teaching approaches, taking into account ultimate educational goals and conditions, as well as students’ command of basic methodological knowledge and skills. This article substantiates the expediency of using a number of approaches to forming preservice foreign language and culture teachers’ test competence and formulates the principles that promote their effective implementation in the educational process at the first (Bachelor’s) level in higher education institutions. The competency-based approach is aimed at developing students’ abilities to apply the acquired methodological knowledge in their practical professional and methodo-logical activities on designing, organising and implementing language testing to check students’ level of foreign language communicative competence and is realised on the basis of such principles as modelling professional and methodo-logical activities of a language teacher, implementing educational content through the use of acceptable forms, methods and means of developing test competence. The learner-centered approach is realised in the unity of its components on the basis of the principle of students’ individualities priority as a subject of their learning and teaching, the principle of selecting the educational content taking into account language test planning and organisіng peculiarities, the principle of diverse use of information and communication technologies. The project-based approach provides students involvement in project activities. The specific methodological principle of its implementation is determined by the principle of using individual project assignments for summative evaluation of students’ test competence. The reflexive approach ensures methodo-logical reflection formation and development, and the major principles of its implementation are determined by the principle of applying different teaching methods for developing methodological reflection, the principle of providing students with means of self-assessment of learning process and results. The selected approaches constitute the methodological basis for eliberating the structure and content of the special discipline of professional and methodological preservice foreign language and culture teacher training “Modern approaches to foreign language and culture testing”.
Data Extraction and Recommending Document through ASR

In world of automation every individual needs an instant result of any query.As result of which different applications and software are coming into existence.The information is the major aspect of human life.The information is available as documents, database, multimedia resources, etc.Through this project we are extracting appropriate keyword from several documents input.Extracted keywords are matched with available documents.Finally, we recommend appropriate documents to the participants for reference.In document clustering, hundreds of thousands of files are usually examined.Much of the data in those files consists of unstructured text, whose analysis by computer examiners is difficult to be performed.In this context, automated methods of analysis are of great interest.Algorithms for clustering documents can facilitate the discovery of new and useful knowledge from the documents under analysis.We have proposed a more efficient document clustering algorithm.This will enhance the searching and analysis of the document and the best suitable results related to the query loaded will be recommended.In this software, we can add any number of documents.After that we can see all the documents, then after tokenization and clustering, we gain the extracted keywords and their frequency (count of the words) and then recommend the data sets generated to the user.Due to it the computation process of finding the data will be reduced in amount of time and efforts.
Peningkatan Hasil Belajar Ekonomi dengan Menggunakan Media Pembelajaran Audiovisual pada Peserta Didik Kelas XI IPS 3 SMA Negeri 2 Palangkaraya Tahun Pelajaran 2016/2017

The importance of this study aims to: (1) Improve economic learning activities after using audio-visual media for students of class XI IPS 3 of SMAN 2 Palangka Raya, (2) Improve financial learning outcomes using audio-visual media of XI IPS 3 students at SMAN 2 Palangka Raya. The research method used in this study is classroom action research (CAR). The subjects in the study were class XI IPS 3 totalling 35 students consisting of 20 men and 15 women. There are two data collection techniques, namely pre-test and post-test. The results of this study indicate that: (1) Activity of students during the learning process by using audiovisual media in the form of economic learning videos becomes more active. This is shown in the first cycle obtaining a score of 3.36 with a good category, and in the second cycle experiencing an increase to 3.8 with a good group, (2) The learning outcomes of students of class XI IPS 3 at SMAN 2 Palangka Raya using audiovisual media experienced the increase from the preliminary data on the pre-action average is 67.5, and the completeness in the classical is 41.17%. The average value in the first cycle is 80.30 and completeness in classical is 70%. The average cost in the second cycle is 91, and the integrity is in the traditional 100%.
Quantum computing's prospects: How long will it be before we see practical quantum-computing machines? - [Spectral Lines]

Our romance with new technologies always seems to follow the same trajectory: We are by turns mesmerized and adoring, disappointed and disheartened, and end up settling for less than we originally imagined. In 1954, Texas Instruments touted its new transistors as bringing "electronic “brains” approaching the human brain in scope and reliability" much closer to reality. In 2000, U.S. president Bill Clinton declared that the Human Genome Project would lead to a world in which "our children's children will know the term cancer only as a constellation of stars." And so it is now with quantum computing. ¶The popular press is awash with articles touting its promise. Tech giants are pouring huge amounts of money into building prototypes. You get the distinct impression that the computer industry is on the verge of an imminent quantum revolution. ¶But not everyone believes that quantum computing is going to solve real-world problems in anything like the time frame that some proponents of the technology want us to believe. Indeed, many of the researchers involved acknowledge the hype has gotten out of control, cautioning that quantum computing may take decades to mature. ¶Theoretical physicist Mikhail Dyakonov, a researcher for many years at Ioffe Institute, in Saint Petersburg, Russia, and now at the University of Montpellier, in France, is even more skeptical. In "The Case Against Quantum Computing," on p. 24 of this issue, he lays out his view that practical general-purpose quantum computers will not be built anytime in the foreseeable future. ¶As you might expect, his essay ruffled some feathers after it was published online. But as it turns out, while his article was being prepared, a committee assembled by the U.S. National Academies of Sciences, Engineering, and Medicine had been grappling with the very same question.
Collaboration

Investing in raising a generation with more security-aware minds is essential in preventing many of the security incidents that threaten us and our nation. In addition there is a high need for well-trained cybersecurity professionals to protect our networks, computer systems, and infrastructure. Early exposure is key to developing awareness, piquing student interest, and laying a foundation for more complex skill development. Students of today are parents, professionals, and leaders of tomorrow. The impact of their actions is significant for the future. In this work, TSYS School of Computer Science at Columbus State University and Rothschild Leadership Academy, a Title I middle school in the Muscogee County School District of Georgia collaborated to develop, deliver, and assess a middle school cybersecurity curriculum for U.S. grade 8 students. The project had three student achievement goals: 1. Provide a good foundation for students in cybersecurity knowledge and skills, 2. Enhance students' ability to secure their environment, and 3. Increase students' interest in cybersecurity education The project included development of the standards, objectives, lessons, and assessment instruments for implementation within a year-long business and computer science course and training of the teacher in cybersecurity. The course was piloted with sixty grade 8 students in two classes during the 2017-2018 school year. Results show significant growth in mastery of key cybersecurity concepts via a pre- and post- test and artifacts from the course indicate an increase in student interest in cybersecurity.
THE POSSIBILITY OF CREATING LEARNING SITUATIONS AND LEARNING TASKS IN LEARNING MATHEMATICS AT SCHOOL

The article outlines the problem of methodological tools to assist the growing human mastery of them a frame of reference of knowledge.It is shown that one of these landmarks when learning mathematical activity can become a so-called "hidden", or rather "transformed" form, the original sense and meaning of which were lost for the student.For their awareness of students benefits such methodological tool, as a learning situation analysis pupils which leads to the generation of learning tasks.Target the intent of the article is an invitation to collaborate in the creation of a set of learning situations and tasks for the development of the students.The main purpose of this collection is to contribute to the training and education of mathematics
Semantic annotation of national cultural patterns based on dictionary learning

期 (a) (b) (c) 图 1 (网络版彩图) 苗族服装中的鲲鹏纹.(a) 鱼身; (b) 鸟翅; (c) 鸟身 Figure 1 (Color online) Roc pattern in miao nationality.(a) Body of the fish; (b) wings of the bird; (c) body of the bird
Switchable detector array scheme to reduce the effect of single-photon detector’s deadtime in a multi-bit/photon quantum link

We explore the use of a switchable single-photon detector (SPD) array scheme to reduce the effect of a detector’s deadtime for a multi-bit/photon quantum link. The case of data encoding using M possible orbital-angular-momentum (OAM) states is specifically studied in this paper. Our method uses N SPDs with a controllable M×N optical switch and we use a Monte Carlo-based method to simulate the quantum detection process. The simulation results show that with the use of the switchable SPD array, the detection system can allow a higher incident photon rate than what might otherwise be limited by detectors’ deadtime. For the case of M=4, N=20, a 50-ns deadtime for the individual SPDs, an average photon number per pulse of 0.1, and under the limit that at most 10 % of the photon-containing pulses are missed, the switchable SPD array will allow an incident photon rate of 2250 million counts/s (Mcts/s). This is 25 times the 90 Mcts/s incident photon rate that a non-switchable, 4-SPD array will allow. The increase in incident photon rate is more than the 5 times increase, which is the simple increase in the number of SPDs and the number of OAM encoding states (e.g., N∕M=20∕4).
PROTOTYPE APLIKASI SISTEM REKAM MEDIS PASIEN BERBASIS WEB PADA KLINIK KARAWACI MEDIKA

The application of technology in the health field can facilitate all the work of in particular the registration and processing of data which require speed, accuracy and kevalidan data. The patient's medical record application prototype web-based aim to do the fulfillment of those needs at the clinic. During the process of running the clinic, Karawaci Medika outpatient process with the patient's medical record cards are kept by the clinic that shaped paper patient medical record card so that it is difficult to be found when the patient's medical record data required for the inspection of outpatient and outpatient registration on, patients are required to wait for quite a long time because it is still the manual registration process of the patient. From that problem-solving is obtained i.e. prototype applications can make admin in dealing with patient data, manage and facilitate the registration of patients in outpatient as well as see medical record anytime and anywhere. Make it easier for patients in outpatient diperlu because it does not carry an outpatient card so that patients as well as klink could be same same rototype helped by the existence of the patient's medical record application is web-based. This research is created by using the method of observation, interview methods, SWOT analyst and studies of the literature. Using UML as modeling designs
Sistem Informasi Perpustakaan Menggunakan Barcode Berbasis Web

The library as one of the media that provides a variety of reliable sources of knowledge in the form of books, journals and other scientific research. To increase interest in reading, especially in students and lecturers, the library needs to be supported by a system that can manage library data quickly and accurately. At this time, especially in the University of Kuningan Faculty of Computer Science Library the existing library application still has several obstacles, namely the system cannot display the existing book stock and the number of books borrowed making it difficult for librarians and students to check stock, for input and search books are still input by typing it so that it is inefficient, to search for books in other faculties' libraries, they must choose the first keywords that are searched so that they must check one by one in various faculties, there is no division of categories between books, journals or theses and the resulting reports are not optimal . The results of this study are in the form of an information system in which librarians can manage collection data in the form of books, journals, student / lecturer research results (practical work reports / thesis proposals / final assignments / theses / dissertations), other collections (such as magazines , newspapers, etc.), management of borrowing and returning books, management of library members, guest books and reports (available books, borrowed, etc.). The system developed can read book codes and member codes in the form of barcodes to facilitate data search when borrowing / returning transactions occur. Each book has one barcode, where the same title (including the author, publisher and published year) has the same code, the code is only the back for each book, so that the book can be borrowed / available / lost. even though the title is the same. This system is designed using DFD and developed using the RAD method. The design results are applied to the PHP and MySQL programming languages. This information system can be used by all librarians in all faculties in Kuningan University and Kuningan University librarians, where each admin / user can only manage data in each work unit..�Keywords� Library, DFD, Barcode, MySQL, Information System
The Unfinished Project of Transparent Intensional Logic

In my paper I present a new view on the Transparent Intensional Logic (TIL), namely, from the point of view of Carnap's so-called logic of science understood by him as a logic of the language of science and, to be more specific, logic of the language of empirical science.First, I present Carnap's project of the logic of science and show that it was not realized on the basis of Carnap's semantics of intension and extension.Next, I show the negative effects of the absence of this realization for the philosophy of empirical science as it became apparent in the dispute between P. K. Feyerabend and C. G. Hempel.Finally, I indicate the set of issues that TIL could solve in the future by realizing Carnap's (reformed) project.
KOREAN LANGUAGE EDUCATION IN THE ERA OF GLOBALIZATION - WITH THE FOCUS ON BOOKS AND TEACHING MATERIALS -

A keen interest in the culture and economic development of the Republic of Korea has resulted in establishing business relations between Korea and various countries all around the world. The Korean War (1950-1953) is said to be the catalyst for Korean Studies, since it has generated a considerable interest in Korean history, language and culture. Yet, when the Korean Language Education (henceforward KLE) is being referred to, usually the years when the boom for "everything that is Korean” started, which could be attributed to the successfully organized Summer Olympics in 1988 and co-organized Asian World Cup in 2002, are being mentioned. This was when the world saw a different side of Korea. However, also thanks to the enormous popularity of Hallyu and the support of the South Korean Government given to initiatives, which among others, popularize the Korean language, the interest in various aspects of Korean culture as well as the language itself, has become higher than ever before. Since the turn of the 21st century, South Korea is perceived as one of the world's leading exporters of culture and tourism, and Hangeul became one of the exported goods.The aim of this research is to analyze the situation of KLE in the era of globalization, which along with the spread of lingua franca, among them English, is endangering the language variety of the world. In order to do so, several significant dates and initiatives showing how Korean scholars and the Government have influenced and shaped the language policy and thus have contributed to the popularization of the language all around the world will also be referred to. Government sponsored institutions providing Korean language classes, as well as books and other teaching materials, will be discussed and classified. The article will also try to answer the question concerning the future of the KLE.
Pendeteksi Kesesuaian Format Laporan Skripsi dengan Panduan Penulisan menggunakan Machine Learning

Machine Learning is a method in artificial intelligence system that is able to model the data entered for future needs. Many applications are applied such as classifying data, predicting relationships between data, ranking data, reading data patterns, making movie thrillers and many other implementations. In this paper, we discuss the use of machine learning analysis result to detect the student's final project format whether it is in accordance with the final project guidelines or not. Based on research, it shows that the structural modeling of machine learning can be used to detect the suitability of the format both modeling separately and modeling in combination.Key Word : Text Structure, Machine Learning, Final Project Documentation