Reviewerly/exHarmony huggingface dataset:
PENGEMBANGAN BUKU BBB UNTUK MENSTIMULUS KEMAMPUAN LITERASI KELOMPOK TK B USIA 5-6 TAHUN

This study aims to produce "BBB Books (Play, Learn, Language) To Stimulate Literacy Ability in B Groups of Kindergarten in age of 5-6 years old in Ngrambe District", which are valid regarding in effectiveness, efficiency and attractiveness. Literacy is very important for early childhood, because early literacy activities build language skills that are rich in vocabulary, self-expression and understanding. This skill helps children to understand printed words when they start in reading. This study used research and development methods (RND). Research and development in the field of education focuses on the development of designs and planning, whether in the form of design models, or teaching materials to be developed. This research method has stages of procedures carried out in the development of learning books, namely analysis, design, development, implementation, and evaluation. Based on the results of the validation and testing, it result a score according to the aspect to be achieved as follow the effectiveness aspect got 95.55%, the efficiency aspect got 97.22%, and the attractiveness aspect got 94.44%. Which means that BBB (Play, Learn, Language) books are suitable to be used for stimulating the literacy skills of children in age of 5-6 years old. This research contributed for helping to stimulate children's literacy skills, make the children to do evaluative activities and language games easier.
PSYCHOLOGICAL AND DIDACTIC ASPECTS OF FORMATION INFORMATION AND COMMUNICATION COMPETENCE IN FUTURE TEACHERS OF CHEMISTRY AND INFORMATICS

The article deals with a number of problems associated with the implementation of ICT (Information and Communication Technology) in higher chemical education. In particular, the advisability of using this method (MM2-simulation) in the investigation of chemical structures of biomolecules of proteinaceous protein nature has been shown.
FORMATION OF ENGINEERING COMPETENCES FOR INDUSTRY 4.0 STAFF

The article is devoted to the organization of training of young professionals who are able to successfully perform production tasks after graduation in accordance with the requirements of industry 4.0. The development and im-plementation of robotics, artificial intelligence and other "end-to-end" technologies actualizes the problem of train-ing engineering personnel. Under the conditions of the new technological paradigm, it is necessary to change the system of teaching students in universities. The practices of training future engineers to work in the conditions of industry 4.0, capable of developing the country's economy, ensuring its competitiveness at the world level, are char-acterized by high professionalism, initiative, creative approach to decision-making and high responsibility for the results of their engineering activities are analyzed. The problem of training such engineers lies in the conservatism of the higher education system and the underdevelopment of teachers who are able to influence the content and criti-cally evaluate the educational programs of universities. A specific solution is proposed to improve the system of interaction between universities and employers in order to train in-demand engineering personnel, whose work can contribute to Russia's entry into the global market for the development of "end-to-end" technologies demanded by industry 4.0.
Quantum Key Generation and Distribution Using Decoy State

It is a common belief that both the sender and receiver’s laboratory will be secured which will limit the feasibility of Quantum key distribution (QKD). Due to unavailability of a perfect single photon device, Eve can intercept the data during key generation process as well as distribution at sender’s laboratory. This imperfect photon source usually generates some multi-photons (decoy state) which create an open door for eavesdropping. These decoy states, which are more realistic than single photon states, are vulnerable using Photon Number Splitting Attack. This limitation in a long distance secure communication can be overcome by conceiving the idea of a perfect device independent protocol. This chapter deals with the various decoy state protocol methods and their limitations. The chronological developments of decoy state protocol for secure communication using various medium like fiber, free space, sea water, etc., has been discussed here.
Risk Analysis Assessment of Interdependency of Vulnerabilities

Safeguarding cyber-physical systems requires composite substructures encompassing manifold technical artefacts, inventers, operatives besides users. Prevailing exploration has proven the safety encounters in the case of systems, apart from cases of safety required in taking operative safety and security conclusions besides activities. These smart systems target perceptively in automating an assortment of purposes, aiming at the objective of abstracting intricacy from the end consumer. Communications of consumer with these systems are completely implicit. It is quite important when considering the enumerating factor of cybersecurity threat of CPS. The successful-attack-probability entity is deliberated seeing co-dependent association amongst susceptibilities, plus the control apart from scheming of attack-impact entity regarding corporeal sphere, which results from cyber-attacks. A series of prevailing frameworks seeing the influence of computerization on user behaviours are reviewed when scheming and executing security features in smart cyber-physical surroundings considering security as a key concern.
Flexible Hardware and Software for Practical Studies in "Microprocessor Devices of Control Systems" Discipline

The article considers a new methodology for specialist training in the field of microprocessor control systems based on filling an educational process with jobs of real practical content which’re performed by project team in the conditions of the access absence to a laboratory equipment. The matter is that during the study of theoretical disciplines of technical trend, practical classes, fulfilled in the form of laboratory works, are aimed at fundamental knowledge confirmation in a subject area by the way of experiment conduction, at that, experiments themselves can be organized not only on a laboratory equipment but also in modeling programs. The stated goals for theoretical information backing are achieved by fulfillment laboratory work and subsequent defense. Together, in training programs for specialists in applied technical spheres, for example, in the program of specialist preparation on "Control in technical systems" course, it’s provided the study of disciplines in which practical content prevails over theoretical one. Thus, for example, in the course "Electronics and fundamentals of microprocessor technology", it’s taught a necessary theoretical basis for the discipline "Microprocessor devices of control systems", and in the program itself of the pointed discipline, it’s provided the study of device construction approaches with the use of universal microprocessors and microcontrollers as well as of programming basics of them. Namely that is why in the curriculum of "Microprocessor devices of control systems" discipline, there’re provided not laboratory but practical works which in the course, students, performing tasks, program microcontrollers which interact with external devices in simple but functionally complete control devices. However, a laboratory equipment turns out to be unavailable during distance learning that predetermined the search for alternative forms of organization of practical works out-of-door of a university. The search for a suitable solution, besides the solution of laboratory equipment unavailability problem, led to the possibility to organize practical works with the use of a management project method.
Codes With Summation of Weight Coefficients of Data Vector Bits in the Ring of Residues Modulo an Arbitrary for Digital Computing Devices

We consider the specificities of codes with the summation of weight coefficients of data vector bits in the ring of residues modulo an arbitrary. There’re established the characteristics of error detection by the given code class and some legitimacies related to the use of modules of particular values and of weight coefficients. It’s shown that the number of various weight-based sum codes is limited, nevertheless, large number of various ways of their formation exists for each value of bit number in data vectors. There’re given the algorithm to obtain bits of check vectors of being considered codes and the examples of their upbuilding; the way to calculate the number of not being revealed errors in data vectors is described. There’re defined the properties of weight-based sum codes of data vectors in the ring of residues modulo an arbitrary accounting for which may be useful while the settlement of technical diagnostics task, the synthesis of being selfchecking and fault-tolerant digital devices and devices with testability structures. The approach to the synthesis of coders of any weight-based sum codes on the base of binary number summators according to established module is described. There’re given some results of experiments on the analysis of revealing capacities of being considered codes in the circuits of inbuilt control of combinational benchmarks. Obtained in the work results are of universal character and not oriented to application just with one element base of being realized devices that make them useful not just at the moment but in the future.
Protetores faciais por impressão 3D: aliando usabilidade e eficiência de produção em meio à pandemia da Covid-19

In the face of the pandemic caused by , healthcare workers had to intensify their precautions with Personal Protective Equipment, in order to reduce the risks of contagion due to prolonged exposure to the virus.However, especially in the first year of the pandemic, the lack of this equipment was registered in several places in the country.Thus, this paper aims to present the results of the development project of facial protectors by 3D printing, which sought to combine the satisfaction of users with production efficiency, reducing printing time and amount of material.To this end, the 18⁰ ERGODESIGN & USIHC 2022 (evento on-line) -7 a 10 de março de 2022 -Campina Grande/PB development was divided into 3 stages: research; ideation and prototyping; and testing with users.Throughout the project, 6 face protector models were developed from the base model Prusa RC3.Through the various tests performed on the formal configuration of the model and the 3D printing parameters, it became evident that the final model (ML6) provided optimization in the production of the protectors, obtaining considerable reduction in printing time and material, combined with user satisfaction.Finally, the tests and solutions resulting from the research can be applied in projects of another nature, in which the optimization of printing time and reduction of materials are sought, taking into account the focus on the user.
SISTEM INFORMASI PENGELOLAAN KEUANGAN DI ORGANISASI SOLIDARITAS PEREMPUAN SEBAY LAMPUNG BERBASIS WEB

Financial administration in an organization is a financial management step that starts from acceptance to how the finances used are accounted for in an objective and systematic manner. The process of searching for financial data manually takes a very long time and a large error rate. This causes the vulnerability to lose data. Especially if the financial party requires data access that is done spontaneously, it will affect the speed level. In this study, a Financial Management Information System will be built that can be utilized by the relevant Section so that all Finance in the related section can be integrated into this system. The research method used in this study uses the waterfall method. This system is built using the Laravel Framework using the PHP language. This information system was built with the aim of providing fast, precise, accurate information regarding the required data and reports.
Tecnologia Assistiva para indivíduos com Artrite Reumatoide: uma revisão sistemática da literatura

Rheumatoid Arthritis (RA) affects about 1.3 million people in Brazil.It is an autoimmune disease that most often affects small joints, causing inflammation and progressive destruction.These consequences caused by RA result in the reduction of independence and autonomy of these individuals, preventing them from performing certain daily activities.People with Disabilities or Reduced Mobility constantly suffer social exclusion due to their characteristics.Assistive Technology (AT) seeks to develop resources that provide these groups with greater autonomy and social inclusion.Therefore, the aim of this study is to evidence the results obtained through a Systematic Literature Review (SLR), regarding the use of AT by individuals with RA and their contributions to them.In this RSL, VOSViewer, Mendeley and Academic Google tools were also used.The results obtained show that ATs for individuals with RA have both positive and negative points.Furthermore, they show that in the last twenty years there has been little research published in this area (only nine studies were selected), which shows a certain lack of publications and provides possibilities for future studies.
Floods Disaster Mitigation In Bojonegoro Regency

Background: Many disasters occurred in Indonesia, especially in Bojonegoro Regency. Based on the results of the report from the Regional Disaster Management Agency (BPBD) of Bojonegoro Regency, the total incidence of flash floods since 2018-2020 has occurred 40 times. Bojonegoro Regency has an enormous flash flood potential if it was compared to other regencies in East Java. Based on this, the BPBD team prepared a contingency plan to implement flash floods disaster mitigation in Bojonegoro Regency.Objectives: Analyzing the handling of banjir bandang disaster risks carried out by the government of Bojonegoro Regency, among others, formulating policies and strategies in the context of handling flood victims.Methods: This research is a descriptive study using a qualitative approach in describing a contingency plan containing flash floods disaster mitigation at the Bojonegoro district government. This research was conducted using a purposive sampling technique. Thus, the researcher has determined the informants according to the criteria set, the Regional Disaster Management Agency (BPBD) team of Bojonegoro Regency.Results: Based on the results of the analysis contingency plan about flood disaster mitigation, it could be known that the risk management carried out by the Bojonegoro Regency government includes formulating policies and strategies in the context of handling flash floods victim.Conclusions: This study concludes a contingency plan which includes mitigation of flash floods risk management in Bojonegoro Regency is quite effective in handling risks to minimize the consequences.
A fast colorization method of grayscale image based on neural network

Using deep learning to colorize grayscale images often requires the preparation of a large number of training images, which also requires very high computing power. In view of this situation, this paper designs a fast colorization method for grayscale images that combines traditional feature extraction with a simple neural network. The method is mainly divided into three steps: Firstly, select the reference color image and train the network, then the target gray image is input into the network to generate the first stage color image; Next, the color image obtained in the previous step is transformed into HSV space, only the V component is retained, and the gray value of the target gray image is used for color synthesis to obtain the second stage color image with clear texture; Finally, the Reinhard algorithm is used for color migration, and then the reference color image is used to color the target image accurately to obtain the third stage color image. Experiments demonstrated that the algorithm proposed is fast, efficient, and robust.
Securing Enterprise Emails in Cloud Platform

Cloud-based email is one of the services offered by cloud computing, and the number of users continues to grow year after year. Because of its working environment, cloud computing raises concerns about security and privacy. User authentication in cloud computing is now predicated on the user's credentials, which are typically username and password. User authentication in cloud computing is currently predicated on the credentials possessed by the user, which are primarily username and password. With the growing usage of cloud emails and numerous allegations of large-scale email leakage occurrences, a security attribute known as forward secrecy has become desirable and necessary for both users and cloud email service providers to strengthen the security of their communications. However, due to the failure of email systems to meet both security and practicality requirements at the same time. A fine-grained revocation capacity is available to an email user. A security key will be provided by the user to prevent hacking of such email addresses. The MAES(Modified Advanced Encryption Standard) algorithm encrypts files and a user's email ID to safeguard their data from a third party or hackers to address this issue more efficiently. This proposed hybrid security method secures the content of emails before they are sent through email using an Advanced Cipher Technique (ACT). The study suggests employing substitution and permutation to secure email content, with the fronts offered by email systems acting as keys.
Leveraging earables for unvoiced command recognition

We demonstrate an ear-worn technology that recognizes unvoiced human commands by tracking jaw motion. The ear-worn system is designed to achieve continual unvoiced command recognition for robust human-computer interaction (HCI) applications. First, the system reliably extracts the jaw motion signals buried under the noise caused by head motion, walking, and other motion artifacts to track single secondary voice articulator (i.e., word). Then, learning from linguistics and human speech anatomy, we design a novel algorithm that localizes the phonemes in the command, and reconstructs the word. We evaluate the proposed system in real-world experiments with 15 volunteers. Our preliminary results show that the proposed system obtains a word recognition accuracy of 95.6% in noise-free conditions and 93.2% and 91.6%, while head nodding and walking.
SURF ve MSER Kombinasyonu ile Kopya Taşı Sahteciliği Algılama

Because digital images may contain a variety of data, they are regarded as an important source for information sharing. Also, images are widely used as evidence in a variety of real-life cases. The rapid rise in popularity of digital photographs is due to the improvement of technologies. Several software programs have been developed in recent years to modify digital images, such as Photoshop and Corel Photo, however these programs are now being used extensively for forgery. Because of technological advancements, it is difficult for people to recognize faked images with their naked eyes Therefore, in this study, the features used in forgery detection problems are combined to ensure accurate labeling of even forgery images that are difficult to detect. Stronger feature is obtained by combining Speeded-Up Robust Features (SURF) and Maximally Stable Extremal Regions (MSER). Considering the experimental results; it has been observed that the use of the proposed method, which is obtained as a result of combining the two methods in copy-move forgery detection problems, is more successful than using the SURF and MSER features separately.
Exchange Rate, Trade Facilitation and International Flows in West African Monetary Zone (1992-2021)

This study examined the relationships that exist between exchange rate, trade facilitation and international flows on economic growth in West African monetary zone (1992-2021).The study used annual data covering the periods 1992 to 2021 and the autoregressive distributed lag model (ARDLM) was employed. Preliminary tests like the unit root test, co-integration test and vector error correction model (VECM) were carried out during the study. Some of the explanatory variables and the explained variable were proxied, logged and differenced as the case may be so as to achieve the desired objectives without compromise. The study observed that the exchange rate has a negative influence on economic growth in the West African monetary zone, and trade facilitation and international flows have a positive influence on economic growth. The study, therefore, recommends that 1) diversification of the economy from import to the export-based economy is fundamental for economic growth and hence development. This can be achieved through efficient and effective regulation of foreign exchange and political stability, which are very volatile macroeconomic variables.(ii) A common currency basket in the West African monetary zone be established, as this will reduce the adverse effect of exchange rate volatility on trading partners across West Africa.
‘Twitting to Suspend Twitter’ – Social Media Censorship in Nigeria: Possibilities, Realities and Legalities

Mid 2021 the Nigerian government suspended indefinitely, the operations of Twitter in the country, alleging that the company’s activities undermines the country’s cooperate existence and unity. The government ordered all its agencies to shutdown their handles immediately. This sparked national and international condemnation and commendation. It also brought to fore larger conversations and debates academically, socially, and economically, all over the world. Though the Nigerian government attempted unsuccessfully to initiate social media censorship law few months ago, the recent Twitter ban and the Nigerian government’s request that all social media companies operating in Nigeria must acquire license brought back the heated debate on censorship laws and policies in Nigeria which this article analyses.
Decentralized Data Center Analysis of Economic and Financial Development in International Trade in the Era of Big Data

As the mainstream development trend of world trade, big data has also brought a new direction to the development of international trade theory. Based on the overview of international trade theory, this paper analyzes the new development of international trade in the era of big data, using blockchain the decentralization of the data center of the company extracts features from the economic and financial data in international trade. The experimental results show that the efficiency of multi-dimensional data analysis in international trade will increase by 7.3%. The virtual electronic currency based on the idea of decentralization and hashing algorithm has flourished and developed rapidly in recent years. Its unique currency issuance and circulation method based on algorithm rather than credit is considered to be a part of the currency development process. revolution.