Reviewerly/exHarmony huggingface dataset:
PEMANFAATAN GLIDEAPPS DALAM PEMBELAJARAN E-LEARNING DI MI MA’ARIF SAMBIROTO TAMAN SIDOARJO

In the 21st century, human are facilitated by the sophistication of technology, but it requires skills in the use of technology. It also happens in the world of education which must adapt to current development. Teachers are required to be more creative and innovative to teach their students, where this cannot be separated from the development of effective and flexible learning media. Currently, many learning media use e-learning bases that make it easier for teachers and students, but some of the learning media are considered inefficient. Therefore, this research was conducted to develop a new application-based learning media device from the glideapps to provide a solution for educators at one of the elementary school namely MI Ma'arif Sambiroto in the problem of delivering daily e-learning. This study uses a type of development research method that adapts the ADDIE model (Analyze, Design, Development, Implement, Evaluation). Glideapps allows users to create their own designed applications that can be installed on gadgets, IOS, or laptop, of course this can be used as a learning media that can combine social networking features and learning management systems. The validity of the learning application media in this study was known from the media validation which obtained a percentage of 93.33%, and material validation 86%. The feasibility test is known from the teacher's questionnaire response to get a percentage of 88,7%. Based on the data obtained, it can be concluded that the glideapps application-based learning media is feasible to be used as a learning media.
E-Learning Control Website Based on Employee Education and Training

Education and training process employees at this time still use many fundamental methods that have some weaknesses, such as the education and training process can only be done with the condition of face-to-face meetings between participants and instructors in class, the costs incurred to organize are expensive, the amount of accommodation and transportation costs , lack of motivation to attend training, lack of control from the leadership of employee training activities and possible loss of modules and subject matter. This research aims to build E-Learning that can help leaders, staff, instructors, and participants in carrying out the education and training process more effectively and efficiently. Besides this website-based e-learning can also be used as a monitoring tool for leaders to control the activities and results of employee training. This research was conducted at PT. Pegadaian which is an Indonesian State-Owned Enterprise engaged in finance by interviewing employees and leaders related to education and training activities that have taken place so far. The E-Learning Control Based Website on Employee Education and Training is designed using the PHP programming language with the Laravel Framework and MySql Database. By using this system, the education and training process can be done anytime and anywhere, ease in accessing subject matter, comfort in discussing with instructors or with fellow participants as well as easy access for leaders to monitor and control training activities conducted by employees.
Indigenous Data Sovereignty: Implications for Data Journalism

This chapter discusses some of the potential harms of digitalization and considers how Indigenous data sovereignty (ID-SOV), as an emerging site of science and activism, can mediate risks while providing pathways to benefit.
31ST EUROPEAN SUMMER SCHOOL IN LOGIC, LANGUAGE AND INFORMATION (ESSLLI 2019) CO-SPONSORED BY THE ASSOCIATION FOR SYMBOLIC LOGIC Riga, Latvia August 5–16, 2019

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Indonesian EFL Students’ Tendencies in Writing Academic Essays

Abstract: This article aimed to find the tendencies exhibited by Indonesian students of English as a Foreign Language (EFL) students in writing an academic essay in English. A content analysis method is employed as the method of the study. The data of the study were the final draft of the essays written by EFL students of the English Department of a reputable university in East Java, Indonesia. The essays were analyzed by looking for the shared properties in each part of the essay. The data were analyzed by extracting the most common properties in each essay which are (a) thesis statement, (b) coherency, and (c) concluding remark. The results showed that the students tended to forget to use definite and indefinite articles, misuse the definite and indefinite articles with plural forms, to use of nouns and pronouns inconsistently, to use an English sentence with an Indonesian rhetoric pattern, and to not include a summary of the subtopics discussed in their body paragraphs. The result may be use as reference for future writing classes in Indonesia.
Development of Electrochemical Nanosensor for the Detection of Malaria Parasite in Clinical Samples

Malaria is an intricate, infectious, hematologic disease instigated by a protozoan parasite named Plasmodium falciparum (Priyamvada et al., 2014). The parasite lives part of its life in human and part in Anopheles mosquitoes. Malaria is the fifth most common cause of death in the world due to its infectious characteristics and the second in Africa, after HIV/AIDS (WHO, 2000). Development of sensitive, selective, accurate, rapid as well as cheap techniques for clinical diagnosis has been the major focus of researchers recently. Electrochemical sensors using nanoparticles have emerged as one of the suitable technologies for the detection of analytes of interest in clinical chemistry due to their high sensitivity and selectivity, rapid response time and low-cost (Wang, 1994). Beta-hematin have been extensively explored for the synthesis of antimalaria drugs and can also serve as a biomarker for the diagnosis of malaria. It is a microcrystalline cyclic dimer of ferriprotoporphyrin IX (Fe(III)PPIX) in which the propionate side chain of one protoporphyrin coordinates to the iron(III) center of the other. In this study, Electrochemical nanosensors were developed from the synthesised metal oxide (MO) nanoparticles by supporting it on a gold electrode (Au). The activity of the developed nanosensor towards the detection of malaria biomarker (β-hematin) was determined and the optimum conditions at which the maximum detection and quantification occurred was established. β-Hematin current response at the sensors was higher compared with the bare Au electrode and followed the order Au-CuO (C) &gt; Au-CuO (M) &gt; Au-Fe₂O₃ (M) &gt; Au-Fe₂O₃ (C) &gt; Au-Al₂O₃ (M) &gt; Au-Al₂O₃ (C) &gt; bare Au. The developed sensors were stable with a relatively low current drop (10.61 - 17.35 %) in the analyte. Au-CuO sensor has the best performance towards the biomarker and quantitatively detected P. berghei in infected mice’s serum samples at 3.60 – 4.8 mM and P. falciparum in human blood serum samples at 0.65 – 1.35 mM concentration. The developed sensor detected malaria biomarker successfully without interference from typhoid signal solving the problem of clinical diagnosis confusion of malaria and typhoid diseases. Keywords: β-hematin, Metal Oxide Nanoparticles, Sensor, Cyclic Voltammetry, Square Wave Voltammetry References Priyamvada, J., Babina, C., Sanjukta, P., and Pranab, G. (2014). Potential Biomarkers and Their Applications for Rapid and Reliable Detection of Malaria. Hindawi Publishing Corporation BioMed Research International, Volume 2014, Article ID 852645, 20 pages. WHO (2000). Malaria diagnosis new perspectives: report of a joint WHO/ USAID informal consultation. Geneva: World Health Organization 2000, 1–57. Wang, J. (1994). Analytical Electrochemistry, VCH Publishers Inc. New York
Partnering in a Changing Medium: The Challenges of Managing and Delivering E-Journals

There are many issues related to access and management of electronic journals. Librarians, publishers, and subscription 296agents all have different viewpoints on these issues in the world of information delivery in electronic form. How can we communicate those differences and make the best of them? How can strategic partnerships be formed to help all parties benefit? This workshop examines the assumptions, challenges, and goals of three major players in delivering information to the reader in the electronic environment and reports on experiences of all three participants. [Article copies available for a fee from The Haworth Document Delivery Service: 1-800-342-9678. E-mail address: getinfo@haworth.com]
Remarks on Polygot Applications

Cloud Computing is one of the upcoming service. It has providing many services to users along with these services we introduced a new service called Testing as a Service (TAAS) it adds value to the services in Cloud. Generally, web application developers facing difficulties to test their own applications in local host. Because it necessary to check whether their application properly running in different environment it consumes more time and cost for requirements. In this paper We proposed an automatic testing in cloud in which the developers can test their own application in different environment using virtual computing machine in cloud in which selenium web driver can be used to drive the application in specified browser in specified environment. It is necessary for the user to store their test cases to test their application hence for users privacy we are providing client side encryption. Using BEEFISH. We are using a FLASK to create a web application for testing service.
Quantum Algorithms

This chapter gives you an overview of quantum algorithms. You will see how quantum algorithms are implemented in real life. Code examples are presented for the quantum algorithms, such as quantum least squares fitting and quantum sort.
Adding Value to the Catalog in an Open Access World

SUMMARY. As serial prices rise exponentially and budgets plummet, serials aficionados can still increase access to information by adding bibliographic records for open access journals to library catalogs. Anna Hood shared procedures and practices on how she is adding value to her library’s catalog by adding such records. Bridging the gap between users and open access journals in such a manner allows for true openness. An open access journal is not truly “open&quot; unless we take the time to unrestrict and make them available to all. [Article copies available for a fee from The Haworth Document Delivery Service: 1-800-HAWORTH. E-mail address: &lt;docdelivery@haworthpress.com &gt; Website: &lt; https://www.HaworthPress.com &gt;]
Efficient image retrieval through hybrid feature set and neural network

Images are an important part of daily life. The huge repository of digitally existing images cannot be easilycontrolled by any individual. Extensive scanning of the image database is very much essential to search a particularimage from the huge repository. In some cases, this procedure becomes very exhaustive also. As a result, if a count often thousand, lakhs or considerably more images are included in image database, then it may be transformed into atedious and never ending process. Content-based image retrieval (CBIR) is a technique, which is used for retrievingany image. This type of image retrieval procedure is centred on the actual content of image. This paper proposed amodel of hybrid feature set of Haar wavelets and Gabor features and analysed with different existing models imageretrieval. Content based image retrieval using hybrid feature set of Haar wavelets and Gabor features superiors onother models.
Voxar Labs

Voxar Labs is a research group focused in augmenting experiences through research, innovation and collaboration with academia and industry. It develops cutting-edge multi-disciplinary research in the large area of Spatial Computing, tackling the inner areas of Extended Reality, Computer Vision and Natural Interaction. The laboratory aims to create impact through R&amp;D&amp;I, technology transfer, scientific publications, patents and human-resources formation. It is one of the most productive Augmented Reality research groups in the Latin America, also being recognized with seven best papers and ten first-place competitions’ prizes over the nine years of its existence. Voxar Labs is part of the Informatics Center of the Federal University of Pernambuco, located in Recife – Pernambuco, Brazil.
Prospect Evaluation of the Ore Cluster I of Qunli Iron Mine in Golmud, Qinghai Province, China

The mining area is located in the western section of the Qitamantag--Dulan polymetallic metallogenic belt formed in the Variscan period, with cobalt, bismuth, copper, lead and zinc, and thus it is a favorable mineralization section.The main exposed stratum in the mining area is the lower rock group of the Jinshuikou Group formed in the lower proterozoic, and the main lithological combination is mixed petrified gneiss with marble and skarn.Skarn is the main ore-bearing lithology in the area.Through the drilling engineering control of the minutely investigated area (Ore Cluster Ⅰ), 17 iron ore bodies are delineated, with a length of 200-1500m, an inclined extension of 100-400m, an ore body thickness of 1-10m, and a burial depth of 200-400m.Judging from the exploration results of this area, the deep ore body in the mining area is large in scale and good in the prospecting prospect.
Conclusions

This book is on reversible Steganography and authentication via transform encoding. The prime focus of the book is to present a computability and reversibility of transform equation and to avoid imaginary components of the transform computations. Reversibility computations of transformation techniques are done here, namely DFT, DCT, wavelets, Z-transform, Binomial and Grouplet. The chaos-based authentication pseudorandom number sequence generations and image or message encryptions are also done. In general, the book focuses on the real part of the transform computations for embedding and extraction, but in cases of Z-transform, complex conjugate part is also used for embedding and authentication.
Uses of Augmented Reality in Primary Education

This chapter focuses on the possibilities of educational uses of augmented reality in Slovak primary school. Usage of augmented reality presents new challenges and opportunities both for childrens’ autonomy and teachers’ work and should be a natural part of an educational practice which helps children to achieve learning goals by themselves. Teachers simply evaluate the quality of childrens’ competencies and their autonomy and masterfulness in augmented reality activities. Our goals were to identify the impact of augmented reality usage, including benefits on the childrens’ digital literacy development, as well as emerging problems or difficulties for children while using augmented reality applications. Our action research was conducted in a natural didactic context, and our research methods included direct and indirect observation, and content video analysis based on the grounded theory methodology. We were able to observe and indicate the impact of usage of augmented reality in education activities on children and our main finding was an increase of children’s inner motivation for learning which subsequently increases also the inner motivation of teacher for futher professional development and self education.
Fourth International Workshop on Variability and Evolution of Software-Intensive Systems (VariVolution 2021)

Software versions resulting from evolution in time (revisions) and space (variants) are still separately managed instead of being treated uniformly. Recently, several research activities have focused on the integrated management of evolution and variability. Existing approaches stem from multiple origins, most notably from the fields of software configuration management and software product line engineering. For instance, variation control systems adopt a holistic view on software evolution in time and space with the ultimate goal of systematically managing software revisions and variants. VariVolution (the 4th International Workshop on Variability and Evolution of Software-Intensive Systems) aims at bringing together active researchers studying software evolution and variability from different angles as well as practitioners who encounter these phenomena in real-world applications and systems. The workshop offers a platform for exchanging new ideas and fostering future research collaborations and synergies.
Detecting Malicious Third-Party Auditor and Privacy Preserving Protocol for Public Cloud

Cloud computing is an anticipated and an inevitable solution for large storage capacities, the virtual presence of ownership and universal accessibility which extends the boundaries of a user today. These benefits also open up a challenge for being too exposed for welcoming attackers to steal potential information from those cloud environments. Irrespective of types of data, information stored on these cloud environments vary from databases to the coding of software and raw and processed information of various organizations, including governments. To ensure confidentiality and integrity of data input from various users, cloud service providers employ third-party auditors to verify the safety measures are intact and maintained. As the name predicts, an auditor may not possess a responsibility to protect the data after their intended verification is over. Third-Party Auditors have the function of confirming that the saved data has the same integrity as of original data, does not seek any information shortly to disturb the integrity and finally do not introduce any loopholes for new attacking attempts from external sources. This proposal intends to derive a mechanism to limit the resources provided to third party auditors in the architecture. The location of data and users protected in this approach along with locking of data segments to enhance the security of the architecture. The simulation results compare the technique and prove that this method outperforms the previous techniques when addressing the sturdiness, communication complexity, and time consumption concerns.
Contributors

The article discusses a method to increase the efficiency of evolutionary genetic search in coding of modular network structures. A method for unfolding a genotype to form a phenotype using production rules generated by applying formal apparatus of L-systems and repair mechanisms is proposed. Forward and reverse coding techniques are considered. The method provides a combination of compactness of genetic code representation and advanced capabilities to increase dimension of resulting networks.
Native Language Recognition using Bidirectional Long Short-Term Memory Network

Speech Recognition of native language is the process of recognizing the language of a client dependent on the speech or content writing in another language. This article proposes the utilization of spectrogram as well as on cochleagram-oriented concepts separated from extremely short speech expressions (0.8 s by and large) to deduce the local language of the speaking person. The bidirectional long short-term memory (BLSTM) neural systems are received to classify the expressions between the local dialects. A lot of analyses is completed for the system engineering look and the framework's precision is assessed on the approval informational index. By and large precision is accomplished utilizing the Mel-recurrence Cepstral coefficients (MRCC) and Gammatone Recurrence Cepstral Coefficients (GRCC), separately. In addition, the advanced MFCC oriented BLSTM system and GFCC based BLSTM systems are combined to make use of their features. The examinations demonstrate that the execution of the combined system outperforms the individual BLSTM systems and precision of 75.69% is accomplished on the assessment information.
Personality and Skill Development Programs under Family Based Care and Role of Media among SOS Children

SOS children’s village helps to enlarge their children’s individual abilities, interests, recognition and talents. The aim of SOS village is to focus on the provision of quality care to children in villages and to prevent abandonment of children in the community. Under its roof, children enjoy a real sense of security and belonging and use all the facilities provided by SOS Children’s Villages such as food, shelter, clothing, health services and media needs television, newspapers, radio, internet and computer lab etc. In every house one newspaper, one television is available for SOS children and mobile phone for those children who are studying in under- graduation and post- graduation courses. Here, we can say that the journey of mankind started expansion of vocal chords, development of spoken language and then the written language. Finally, when we experimented with printing machines, we set ourselves on the path of progress through mass media. Eventually we got audio – visual expression of our ideas and thoughts through electronic media. Today we are in the midst of new media which has led us to the virtual space. This study is an attempt to understand and explain how the personality development programs and vocational training courses along with the media exposure have been contributing in their capacity building.
Slicing based on UML Diagram and Test Case Generation

International Journal of Computer Sciences and Engineering (A UGC Approved and indexed with DOI, ICI and Approved, DPI Digital Library) is one of the leading and growing open access, peer-reviewed, monthly, and scientific research journal for scientists, engineers, research scholars, and academicians, which gains a foothold in Asia and opens to the world, aims to publish original, theoretical and practical advances in Computer Science,Information Technology, Engineering (Software, Mechanical, Civil, Electronics & Electrical), and all interdisciplinary streams of Computing Sciences. It intends to disseminate original, scientific, theoretical or applied research in the field of Computer Sciences and allied fields. It provides a platform for publishing results and research with a strong empirical component. It aims to bridge the significant gap between research and practice by promoting the publication of original, novel, industry-relevant research.
Taxonomy Proposal for Research on Reversible Logic

Reversible Logic has become a topic of interest among global researchers for its heat arresting attribute, the very reason for which CMOS devices are witnessing performance thresholds. Within a decade of substantial growth, reversible logic is quoted as one of the valued emerging technologies. The growth of research in this domain has exhibited enormous volumes of research publications. Searching the perfect published article of interest among the plethora of publications demand an enormous amount of literature study and hence is highly time-consuming. After accessing a substantial amount of articles, only a very few tend to address our needs. Hence, we propose a taxonomy for research on reversible logic in this paper which concentrates articles of relevant/similar nature into nodes so that researchers can get a first-hand reference for their choice of interest. Knowledge of pre-requisites for gaining insights into a particular domain also mandates a thorough amount of literature survey. Our taxonomy takes care of those issues by concentrating the nodes into a tree-like structure thereby providing the pre-requisite (parent node) for the node of interest (child node). For generating the taxonomy, we have used the Cosine Similarity function for measuring the distance between two author keywords. The taxonomy proposal in this paper will serve upcoming researchers in getting references for their choice of the domain rather than a comprehensive survey of the higher magnitude of published data. Researchers pursuing research in a certain domain too will benefit from the taxonomy.
Virtual Functions

Deriving classes is fun, but there’s not a lot you can do with them—at least, not yet. The next step is to see how C++ implements type polymorphism, and this Exploration starts you on that journey.