Reviewerly/exHarmony huggingface dataset:
SISTEM PEMESANAN JASA FOTOGRAFI BERBASIS ANDROID DI STUDIO SELAWE BONTANG

Selawe Bontang Studio is one of the businesses in the field of services that serve wedding photo services (prewedding), and other events that require documentation. Ordering through social media such as Facebook, Short Message Service (SMS), and WhatsApp (WA), with the problem of limited information, time, transactions, data processing, and payment transactions that have not provided maximum service for customers. The purpose of this study is to create an Android-based photography service ordering system application at Selawe Bontang Studio, which can be installed on a cellphone / smartphone and facilitates ordering and obtaining information. Make maximum use of mobile phones / smartphones with the Photography Services Booking System application made with the Android Studio application, Javascript, PHP, HTML CSS as well as MySql databases solve the problem in Selawe Bontang Studio. The Android-based Photography Services ordering system also impacts on increasing the number of customers and increasing the efficiency and effectiveness of performance at Selawe Bontang Studio.
Teacher Training for the Development and Application of Electronic Educational Resources in the Professional Activity

The article focuses on the issues of ICT-based competence development as a basic component in the system of future teachers professional training. The development of the mentioned competence is stipulated by the global trends in digital economics development and a necessity for reconsideration of the approach of teachers training for their future professional performance. Special emphasis is placed by the authors on the formation of the ability to use electronic educational resources (EER) in the teaching-learning process and to the development of EER creation skills. The authors show the possibilities of the disciplines dealing with the study of the conditions for pedagogical expediency of creating and using EER, their development based on specially configured software, the analysis of EER didactic possibilities, expert evaluation of existent and self-created resources, and many other types of activity. Furthermore, the authors specify professional retraining and skill upgrading programmes, which are implemented, inter alia, in a distance teaching-learning format. Theoretical analysis, synthesis, classifications and generalization, as well as the method of pedagogical planning enabled us to specify and update the syllabi, introduce changes in the curricula structure and the process of training bachelors majoring in Pedagogic Education.
The Implementation of Image Media for Improving Reading Skills at SDN 24 Delta Pawan

The purpose of this research was to describe the ability of teachers to plan, implement, and improve their reading skills aloud by using picture media in Indonesian language lessons in II grade at SDN 24 Delta Pawan. The form of this research was Classroom Action Research (CAR) with collaborative nature between researchers and peers as well as II grade students in three action cycles. Data collection techniques using direct observation techniques and measurement techniques. The data collection tool used the observation sheets of IPKG I and IPKG II as well as performance tests. The data analysis technique used percentage and triangulation techniques. The results showed an increase in the ability of teachers to design learning in the first cycle with an average score of 2.57 in the sufficient category, to be increased in the third cycle to 3.43 with a good category with an increase of 21.50%. The ability of teachers to carry out learning in the first cycle with an average score of 2.24 in the sufficient category, increased in the third cycle to 3.88 in the good category, with an increase of 46.95%. There was an increase in learning outcomes in the material reading aloud with picture media in II grade SDN 24 Delta Pawan Ketapang by 34.11%. Keywords: Image Media, Learning, Reading Aloud
Penerapan Logika Fuzzy untuk Pembentukan Sutradara Otonom dalam hal Pencahayaan pada Machinima (Application of Fuzzy Logic to Develop Autonomous Directors for Lighting in Machinima)

Lighting is one of the most important things in the world of cinematography. There are several parameters that must be considered to produce good lighting. There are so many permutations in the lighting arrangement. It causes complexity of the process and there is no simple way to do the calculation. This complexity is compounded by the fact that each director has their own style in lighting arrangements in the film production process.This paper refers to the tabulation of the results of interviews with three movie directors and then the similarities of the three were taken. In this study, a fuzzy logic structure was built with five parameters of lighting arrangement, namely: the situation of the set, the camera's point of view, the installed light intensity, theposition and direction of the camera, and the emotions of the character. This research was conducted using 20 animated movie scenes that were built using Unity. The assessment of the output is done manually by several animated film designers. As a res ult, the designers assess that 80% of the lighting arrangement has been as expected.
Face Tracking Using Unscented Kalman Filter

In this paper, we present an efficient vision-based face detection and tracking system. For face detection, we have improved the Viola-Jones algorithm by increasing the number of sample images for training. This improved cascade classifier is performing better than the standard algorithm. In this proposed method, we used the practical implementation of a face tracking system based on a nonlinear filter such as Unscented Kalman Filter (UKF). The experimental results indicate that real-time nonlinear tracking problem can be resolved by using this nonlinear Unscented Kalman Filter. This method is efficient in detecting moving faces and tracks them from a video without any apriori information about the captured scene.
Credit Card Fraud Detection using Adaboost and Major Voting

Master card extortion may likewise be a difficult issue in real money administrations. Billions of bucks are lost each year because of MasterCard misrepresentation. There's partner nonappearance of an agreeable of research study on dissecting genuine world MasterCard information on account of security issues. All through this paper, AI calculations know about notice Master card misrepresentation. Ancient models are used early. Then, hybrid strategies victimization Ada-boost and majority vote methods apply. to grasp the effectiveness of the model, the market is publically utilized on the MasterCard knowledge set. Then, real-world MasterCard knowledge determined from an establishment are analyzed. To boot, noise is comparable to a sample of data to assess the lust of any algorithmic rule. The trial results totally absolutely indicate that the vote procedure accomplishes clever exactness rates in police work instances of misrepresentation in charge cards.
A Lime-Flavored REST API for Alignment Services.

A practical alignment service should be flexible enough to handle the varied alignment scenarios that arise in the real world, while minimizing the need for manual configuration. MAPLE, an orchestration framework for ontology alignment, supports this goal by coordinating a few loosely coupled actors, which communicate and cooperate to solve a matching task using explicit metadata about the input ontologies, other available resources and the task itself. The alignment task is thus summarized by a report listing its characteristics and suggesting alignment strategies. The schema of the report is based on several metadata vocabularies, among which the Lime module of the OntoLex-Lemon model is particularly important, summarizing the lexical content of the input ontologies and describing external language resources that may be exploited for performing the alignment. In this paper, we propose a REST API that enables the participation of downstream alignment services in the process orchestrated by MAPLE, helping them self-adapt in order to handle heterogeneous alignment tasks and scenarios. The realization of this alignment orchestration effort has been performed through two main phases: we first described its API as an OpenAPI specification (a la API-first), which we then exploited to generate server stubs and compliant client libraries. Finally, we switched our focus to the integration of existing alignment systems, with one fully integrated system and an additional one being worked on, in the effort to propose the API as a valuable addendum to any system being developed.
Generalizing Random Fourier Features via Generalized Measures.

We generalize random Fourier features, that usually require kernel functions to be both stationary and positive definite (PD), to a more general range of non-stationary or/and non-PD kernels, e.g., dot-product kernels on the unit sphere and a linear combination of positive definite kernels. Specifically, we find that the popular neural tangent kernel in two-layer ReLU network, a typical dot-product kernel, is shift-invariant but not positive definite if we consider $\ell_2$-normalized data. By introducing the signed measure, we propose a general framework that covers the above kernels by associating them with specific finite Borel measures, i.e., probability distributions. In this manner, we are able to provide the first random features algorithm to obtain unbiased estimation of these kernels. Experiments on several benchmark datasets verify the effectiveness of our algorithm over the existing methods. Last but not least, our work provides a sufficient and necessary condition, which is also computationally implementable, to solve a long-lasting open question: does any indefinite kernel have a positive decomposition?
О нейробиологических корнях родства математики и словесности

An attempt was made to consider the phenomenon of the internal kinship of mathematics and literature from the standpoint of neurobiology was made. Based on the triune brain concept, a significant influence of emotions (limbic system or “emotional brain”) on the work of the neocortex is noted. Higher-order emotions — a sense of beauty and harmony — stimulate rational thinking and ensure overcome the “logical gap” called intuition. The location of unimodal speech zones in the left “mathematical” hemisphere provides the shortest neural connections between them and, possibly, is the neurobiological basis of the internal relationship between mathematics and literature. This paper regards letters as the art of word, belles-lettres (literature) and the science about words (philology). Mathematics, in addition to its classical definition as the science of quantitative relations and spatial forms, is understood both as the art of logical proofs and as the language of science. Mathematics and literature are considered as two pillars of culture, each being it necessary element. It is noted that outstanding mathematicians always supported the unity of mathematics and literature, and in the field of education, gave primacy to literature. The authors traces back a 300-year history of the interinfluence of mathematics and letters at Moscow University and points out that this integrative tendency aiming at unity is a distinctive feature of all Russian culture. Aesthetic and ethic wealth of poetry and mathematics is emphasized, with the focus on their communion.
Developing A Storybook as Supplementary Material for Junior High Schools Students Based on Kalimantan Legends

The main purpose of this research is to develop a storybook for junior high school students based on Kalimantan Legends. The participant of this research were 60 students of junior high school, and an educational expert from Kabupaten Sambas. This research used the platform of design and development research proposed by Richey and Klein. The procedure used is the framework of Jolly and Bolitho, that consist of need analysis, material grid, first draft, evaluation, and final draft. The data of this research has been collected through questionnaires. There were five questionnaires employed in this research. The first questionnaire was given to the students to investigate the need of the students on reading materials based on Kalimantan Legends. The second questionnaire was employed to know the favorite legends of students. From the need analysis result, it can be concluded that students are interested in reading (68.30 %), they like to read stories (90 %). The students are interested to read their local stories (95 %), and they like the stories with adequate illustrations to help them understand the stories completely (70 %). On the other hand, they thought that the stories they have in their textbooks were not interesting (65%).
Usability Evaluation for User Interface Design of Student Support System: Mixed Method Study

Abstract The efficiency of a website depends on how usable the UI user interface, (UI) is and how well it is structured. The aim of this research was to try and understand the issues with the Arion System. Arion is the student information system used by Auckland University of Technology. We conducted three experimental studies to examine the usability and to improve the user experience of student who use Arion. Three main methods were used namely; survey, open card sorting and situated co-inquiry. The survey was used to inform the study and collect more information about users. The open card sorting used to redesign the navigation menu for the system. Then the Situated co-inquiry used to discover the user’s current unexpected or unforeseen ideas, which may be helpful for future research.
A Comparative Analysis at Binary Arithmetic Coders on FPGA System

In FPGAs system, memory is one of the major limiting factor for processing large data. Meanwhile, FPGAs have bounded on-chip memory, therefore it requires efficient usage of resources in order handle system fault like as power constraints, size and on-demand performance. There are several techniques of on-chip data compression has been studied and considered by the researchers, and it will keep going to develop. Minimization of power consumption and resource usage, contributes towards the recognition of powerefficient high-level data processing on FPGAs. In this paper, our main intension is to show the effectiveness of ABRC in terms of FPGA implementation aspects. ABRC do not utilize any look up-table which allows reduction in entropy encoder of the memory consumption and provide normal mechanism in order to handle trade-off between precision of probability approximation and the speed of probability adaption. In the result analysis section, we provided the comparison with the existing techniques of coding such as JPEG, MQ-coder (i.e., JPEG2000 standard) and etc. on Xilinx FPGA, the considered ABRC architecture provides reduced memory, consumes less power and comparable operating frequency.
Chaotic signal masking based on orthogonal polynoms

Abstract The article discusses the approach to encoding information based on families of orthogonal polynoms. The discrete signal is represented as a superposition of orthogonal polynoms. This approach allows to be transmit the useful signal in a chaotic container without matching the parameters of the noise generators. Different orthogonal functions families are considered: trigonometric functions and, Lagrange polynomials. The parameters of orthogonal polynoms families have been studied to increase the stability and stealth of the signal. The computer experiment is made. The average number of decoding errors is calculated depending on the numerical integration step. Orthogonal polynomials require significantly larger calculations to decode the message.
Proposing a Novel Method for Increasing Security in the Network Communication

Advances in quantum computer technology are threatening cryptographic systems based on mathematical complexity. As an alternative, quantum cryptography has been proposed and developed. Among the reported quantum cryptography systems, quantum key distribution (QKD) constitutes a symmetric key system that can securely distribute a secret key on a quantum channel. While there have been many studies on confidential communication using QKD, only a few of them address its application to the digital signature. In this paper, we propose a new digital signature method with public parameter and signature key through shared symmetric key from QKD. We also analyze the proposed plan from security.
The effect of ISBAR communication mode in the transfer of obstetrics and gynecology ward

ObjectiveTo explore the effect of ISBAR communication mode in the transfer of obstetrics and gynecology ward.MethodsA total of 615 patients who received surgical treatment for gynecologic breast cancer at the center from June to November 2017 were selected as research objects.Patients were divided into ISBAR group and control group according to whether ISBAR succession mode was adopted.The master of the patient's condition, the satisfaction of the doctors and patients with the nursing work and the satisfaction of the nurses with the shift pattern, the adverse events occurred by the primary nurse during the hospitalization, the length of hospitalization and the cost of hospitalization, and the shift time of the primary nurse were observed.ResultsIn the ISBAR group, responsible nurses' diagnosis of patients' conditions, primary nursing problems, brief conditions, abnormal laboratory results, focus score of the class, and total score of patients' conditions were higher than those of the control group, and the differences were statistically significant(P<0.05). The investigation report, department report, complaint (hospital level) and overall incidence of adverse events, length of stay, hospitalization expense and shift time of primary nurses in ISBAR group were all lower than those of the control group, and the differences were statistically significant(P<0.05).ConclusionThe implementation of ISBAR communication mode can improve the information transfer efficiency and accuracy of nurses on the shift, effectively improve the satisfaction of doctors and patients with nursing work, and improve the quality of nursing.Key words: SBAR; Communication model; Shifting of duty; Obstetrics and gynecology
ПОВЫШЕНИЕ КАЧЕСТВА ЗАЩИТЫ ФАЙЛОВ ПРИ АРХИВАЦИИ

The program developed a custom application designed to improve the quality of protection of files that are archived.
Risk Structure and Optimal Hedging of Bitcoin Inverse Futures

In the Bitcoin futures markets, the dominating contracts are inverse contracts. Unlike standard futures, Bitcoin inverse futures have a non-linear payoff structure, are settled in Bitcoin instead of the fiat currency, and require Bitcoins to be deposited into the margin account during trading.We characterize the unique high-order risk factors, asymmetry effect and (de)leverage effect of Bitcoin inverse futures, and obtain optimal hedging strategies in closed forms for both short and long hedges under the minimum-variance framework. We use the market data of Bitcoin spot and futures to conduct empirical studies. Our findings show that the optimal hedging strategies of Bitcoin inverse futures achieve superior hedging performance across exchanges.
PENERAPAN METODE SOBEL EDGE DETECTION PADA APLIKASI PEMBACA NOMOR METERAN PDAM

Regional Water Supply Company (PDAM) Tirta Je'ne Berang Gowa Regency is one ofthe regional-owned business units engaged in the distribution of clean water to the general public,especially in the Regency of Gowa. In this case PDAM Gowa Regency always tries to servecustomers as well as possible and provide satisfaction to customers. But in the process of paymentevery month by customers, there is often a problem, a lot of bills that have not been paid bycustomers of PDAM Gowa Regency. Optical Character Recognition (OCR) is very possible to beimplemented in this problem. OCR can recognize an image and immediately recognized as inputwhich can then be used as computer data and directly calculated. The Sobel Edge Detectionmethod has the advantage of reducing noise before performing edge detection calculations. Theresults of testing the system directly using an application program that has been created becauseit allows software developers to create a set of input conditions that will train all the functionalrequirements of a system with valid data results.Keywords—Sobel Edge Detection, Sms Gateway, PDAM
Design of self-evaluation scale on basic ability in graduates of preventive medicine major and its reliability and validity test

ObjectiveTo design the self-rating scale on basic ability in graduates of preventive medicine major, and test its reliability and validity, providing a reliable tool for evaluating the basic ability of graduates.MethodsOn the basis of constructing the Evaluation Index System on Basic Ability in Graduates of Preventive Medicine Major, the three-level indexes were converted to specific questions. Self-evaluation scale including 58 items, 22 sub-dimensions and 8 main dimensions were finally designed after pre-survey and expert argumentation. A total of 205 graduates of preventive medicine major from a medical college and 9 experts in the field of public health were selected to completed the questionnaire. Scale's reliability was tested by applying internal consistency reliability and composite reliability; it's validity was tested by applying content validity and confirmatory factor analysis.ResultsScale's α coefficient of internal consistency reliability was 0.976; α coefficient and combination reliability of eight main dimensions were both higher than 0.8; the content validity index S-CVI of the scale was 0.94, the content validity index I-CVI of the item level was 0.78 to 1.00; the average variance extraction amount (AVE) of the eight main dimensions was higher than 0.50. Fitting of the structural model with the item used as observation indexes was reasonable (χ2/df=1.749, RMR=0.036, RMSEA=0.061, NFI=0.801, IFI=0.904, TLI=0.904, CFI=0.903), and the sub-dimension as used observation indexes was good(χ2/df=1.876, RMR=0.032, RMSEA=0.066, NFI=0.913, IFI=0.958, TLI=0.945, CFI=0.957).ConclusionThis scale is the first self-rating scale on the basic ability in graduates of preventive medicine major on the basis of the National Standards of Teaching Quality on Public Health and Preventive Medicine, with good reliability and validityl. It is able to achieve quantitative evaluation on graduates' basic abilities.Key words: Preventive medicine; Basic ability; scale; Reliability and validity
Analisa Keamanan Data Teks Dengan Menerapkan Kriptografi RSA Dan Steganografi LSB

For various reasons, security and confidentiality are needed in data communication. There have been several attempts to deal with the issue of security of confidential data sent over the Internet, including using cryptographic and steganographic techniques. Cryptography is the science and art of maintaining the confidentiality of a message by encoding it in a form that cannot be understood anymore. Cryptographic techniques can arouse suspicion of third parties who are not entitled to receive information because the message is disguised by changing the original message as if it were unreadable. Furthermore, the third party will have the desire to find out the contents of the secret message and try to solve the real information. Whereas steganography further reduces suspicion because a message disguised is hidden in other messages. Steganography can disguise messages into a media without other people realizing that the media has inserted a message. This is because the output of steganography is data that has the same form of perception as the original data when viewed using human senses in cryptography can be seen and realized directly by the human senses. In steganography, confidential data is inserted into other data called cover-objects and produce stego-objects (the results of steganography). To secure messages using steganography techniques LSB steganography is used and uses the RSA method.Keywords: Cryptography, Steganography, RSA and LSB Methods.