Reviewerly/exHarmony huggingface dataset:
Experience in the Implementation of Educational Tasks Within the Framework of the Module “Elective Courses in Physical Culture and Sports” During the COVID-19 Pandemic

The article discusses the experience of organizing the educational process according to the module “Elective courses in physical culture and sports” with 1st-3rd year students of the IKBFU within the framework of a lockdown. The basic requirements for the compilation of various types of assignments, their content, forms of control are revealed, as well as the positive and negative aspects of distance learning during the lockdown period are revealed.
Wrinkles in fiber-reinforced resin composites: Micro-stress non-destructive testing

Various defects with dispersive feature sizes can be accumulated inevitably in fiber-reinforced resin composites during their manufacturing and service processes, which are also difficult to be detected. The final objective of defects testing is to obtain the accuracy assessment of performance of defective structures. A micro-stress non-destructive defect detection and evaluation method is proposed for fiber-reinforced resin composites, which is especially suitable for composites measurement. Combing with the optical measurement technology for full-field displacement, the abnormal responses which caused by the defects of the structure under low stress level is able to be captured. The wrinkle defect detection is taken as an example to show the measurement processes. First, a specific detection scheme is designed based on the theoretical prediction of characteristic responses of wrinkles. Then, a new method of full-field displacement measurement is innovatively proposed based on the grating projection technology. Results show that under the axial tensile loading, the distorted out-of-plane displacements caused by wrinkles can be detected by the improved grating projection technology. The distorted displacements revealed the spatial distribution and severity of defects, and the influence on structural performance degradation can be evaluated based on the degree of displacement distortion. Further, by applying the optical-mechanical detection method, the mechanical responses of the defective component under a given working condition can be obtained directly, which can provide a reference for the adaptability evaluation of the component.
AFL: Adaptive Federated Learning Based on Personalized Model and Adaptive Communication

Federated learning (FL) has given indications of being effective as a architecture for distributed machine learning, which can ensure the data security for each client and train the global deep learning model. Due to the rapid development of this technology, issues remain to be fully explored. Among them, the robustness of the system, privacy protection and communication efficiency are the key factors affecting quality of FL. Here we propose a new FL model based on personalized model and adaptive communication, called Adaptive Federated Learning (AFL). Our model mainly uses two mechanisms: a) Each client trains the personalized local model according to its own local data set; b) Adaptive chain communication mode is adopted in federation aggregation to reduce the time spent in synchronizing training result. A large number of experiments on two public datasets: MNIST and CIFAR10 show that our model is more accurate by over 5% compared with the FedAvg, and is also faster by over 10% compared with Chain-PPFL, which provides a very important significance in theory and practical production.
Classification Of Breast Cancer Using Deep Learning- Blue Monkey Optimized Modified U-Net

Breast cancer is serious risk cancer that leads to death in women. For every year, the death rate due to breast cancer is 2.1%  of the total death rate.  Early prediction and treatment is a difficult task for breast cancer. Computer-aided diagnostics and image preprocessing based approaches contribute to support for doctors in early prediction. In this work, a modified U –net-based deep learning model proposed for the differentiation of breast cancer severity. The accuracy parameters of U –net model tuned by Blue Monkey (BM) optimization. BM optimization is inspired by behavior of male monkeys in the forest for leadership and survival.   The proposed model coded in MATLAB and validated in INbreast data set. Results show that the proposed model achieves higher accuracy and improved performance than exiting models.
Penerapan Metode Waterfall Untuk Perancangan Sistem Informasi Pengolahan Nilai Pada SD Nature Islam

SD Nature Islam is one of the educational institutions located in the Tangerang Banten area. Its activities are certainly inseparable from the activities of the teaching and learning process. The results of these teaching and learning activities are in the form of grades that are reported in a student learning progress report book or report card every semester. Nature Islam Elementary School uses the 2013 curriculum which is of course based on the Basic Competencies formulated in the curriculum. Thus, it requires teachers and staff to develop perfect assessment techniques. The use of computers is very useful and helps work become better, faster, and more efficient. The use of computers in particular will be very beneficial. in processing report cards at SD Nature Islam. However, in terms of processing report cards, they still use pen counts and calculators. This will take time and teacher labor in the process. For that we need a system that can play an important role to help the field in question run well. Good value data processing will produce report cards as a good evaluation result. To get results from processing good grades data, one of them is by utilizing existing and currently developing technology or in other words making a computerized student value data processing system using one of the methods to develop information systems, namely the waterfall method, in the form of applications web based.
Formation of Future Teachers-Psychologists’ Competence to the Adaptation in Their Professional Activity

Represented article is devoted to the problem of formation of future teacher-psychologists’ competence to the adaptation in their professional activity. In the course of writing the article, the essence of professional activity of a was revealed. The content of professional activity of a teacher-psychologist, as an integral professional and personal property, is characterized by prosocial activity of a specialist and is determined by his readiness and ability to perform his professional duties and is based on professional competencies. Сomponents of professional training of a can be identified as: special training, training for communication, individual and personal training. The content components of professional training are: motivational, gnostic, procedural and evaluative-reflexive. The pedagogical conditions and structural-content model of professional training of a were proposed and implemented in the practice of the University. A comprehensive diagnostic tool for assessing the level of professional training of a was developed and tested. In addition, a special course Professional training of a teacher-psychologist was introduced, methodological recommendations for organizing and conducting classes, practice, extracurricular work with students were offered.
Assistive Physical Therapy System Based on Gesture Recognition for People with Motion Impairment

There are assistive devices and technologies that aim to increase, maintain, or improve the functional abilities of people with disabilities. There are many examples of assistive devices and technologies like wheelchairs, prostheses, hearing aids, visual aids, and specialized computer software and hardware that increase mobility, hearing vision, or communication capacities. Examples of limitations in functioning are difficulties in thinking, seeing, hearing, communicating, moving around, having relationships, or keeping a job. ​Depends on the patient’s disability in moving or understanding, gesture can be an efficient way to do daily works and issues. It can use as a platform that can use in different fields like assistive, rehabilitation, and interaction.In this article, the goal is to design a physiotherapy support system for people with disabilities so that they can know if their movements and exercises are right or wrong without the need for an expert. In this way, by showing the exercise movement, the patient will do it and through deep learning in Python, the movement will be validated and the correctness of the movement will be indicated to the user in green or red.
Analisis Kebutuhan Pelanggan dengan Pendekatan Quality Function Deployment dalam Perancangan Sistem Pendukung Keputusan Kenaikan Jabatan Akademik Dosen

The development of information technology in the era of the industrial revolution 4.0 cannot be denied. The development demands an increase in the capability and competence of Human Resources. This study aims to build a decision support system for submitting a lecturer's academic functional position with Quality Function Deployment (QFD) so that the system is following the needs and desires of the lecturer regarding the submission of academic functional positions. The system is expected to be accessed independently by lecturers so that lecturers do not experience difficulties in calculating credit scores. The approach to managing system requirements with QFD will encourage and lead to the effectiveness of the voice of the customer (VoC) as the basis for customer satisfaction. VoC helps identify the gap between the interests and needs of customers. This shows the order of priority in designing a website for the management of functional positions for lecturers is the aspects of (1) information, (2) convenience, (3) appearance, (4) design, (5) service, and (6) security.
DESIGN AND IMPLEMENTATION OF HIGH SPEED AND SECURABLE FFCKBA

this paper of the designing and implementation of high speed and securable FFCKBA is going to be done. This paper is aimed at providing better security and resource efficiency compared to existing standards. The authenticated encryption system provides both privacy as well as integrity throughout the process. In this input and key are taken as inputs. These inputs are assigned in the form of bits. S-Box is used to substitution of bits. Shift row is the transformation technique which is used to transform the bits in row format. Finite Filed Chaotic Key Based Algorithm will provide security for the obtained data. Encryption and decryption will convert the plain text into cipher text and cipher text into plain text. Merging of S-BOX will mix the Two S-BOX into one. Hence from results it can observe that it secures the data effectively.
Research on the whole process intelligent management method of building construction based on BIM Technology

In order to solve the problem of poor effect and long time-consuming of current intelligent management of building construction, an intelligent management method of the whole process of building construction based on BIM Technology is proposed. Lean the construction management mode, construct the three-dimensional virtual model of the construction project, optimize the intelligent management process of the whole construction process, and improve the intelligent management method of the whole construction process. Finally, the experiment proves that the BIM based intelligent management method in the whole process of building construction has a good effect in the practical application process, which can effectively solve the problem of long-time intelligent management in the whole process of building construction and fully meet the research requirements.
LibGuides: Library Induction: Help And Support

A hub for everything you need to be introduced to the library. Click on the menu to explore further.
Football mixed teaching design based on ADDIE model under Information Technology : ——Take kicking on the inside of the foot as an example

With the development of information technology, the application of mixed teaching mode based on information technology in curriculum teaching has been proved to improve the teaching effect, which has become the trend of reform. However, there are not many teaching designs for reference on how to apply the mixed teaching mode in the outdoor practice based sports courses, especially in football teaching. In order to improve the current situation and enhance the teaching effect, this paper takes "kicking the ball inside the foot" in the "football" course as an example, combined with the author's many years of teaching practice and experience, based on ADDIE model, analyzes the mixed teaching design of the course supported by information technology, in order to deeply integrate information technology and football course based on practice teaching, and provide reference for similar courses.
Femicide and judging

The centrality of social media in human communication, learning, and information dissemination in Kenya cannot be refuted. Mobile phones are increasingly becoming a necessity that even economically marginalized people in rural Kenya find useful. This chapter looks at how people in Kenya are using social media as an online court to aid women’s access to justice on matters of femicide and gender-based violence (GBV). The chapter draws on the theoretical lens of critical technoculture discourse analysis (CTDA) to analyze how online conversations can become cultural and discursive constructions that can give bearing to new identities and a change of behavior. I draw on the interpretivist paradigm, utilizing mixed methods; I purposely sampled Twitter posts debated in hashtags #TotalShutDownKe, #HerLifeMatters, and #EndFemicideNow. More data was obtained offline using a coded questionnaire, which was filled by ten female High Court judges in Kenya. The data was coded and thematically analyzed. The chapter finds that social media provides a powerful platform for the articulation of formally silenced voices. Social media in Kenya is helping victims get justice, because courts can no longer ignore these hashtags, and also, judges are using social media artifacts to strengthen the evidence used to prosecute cases.
Hongseong-gun Health & Fitness Contents Development for Literacy Education

The purpose of this study was to develop the Hongseong-gun health and fitness contents for literacy education. This research used the method as analysis, plan, design and produce sequentially, usually having been used in program development researches. The results were as follows. First, analysis was carried out from Hongseong-gun
LibGuides: Welcome to CARLDIG-S (California Academic Reference Librarians Discussion Interest Group-South)!: Welcome!

CARLDIG-S is an interest group of the California Academic & Research Libraries (CARL). We hold meetings and programs to discuss current and developing issues relating to reference services.
LibGuides: Video Recording at Harbor Branch Library: Video Recording Studio

This guide identifies both physical and educational material to assist the use of recording equipment and to offer suggestions for quality presentations.
Review on Block Chain based Security Technique for Electronics Voting

Election is a way to choose the representatives through a fairness, integrity, and democratic rules. During the election, the voting system allows authorized voters to cast their vote for candidates. In essence, the voting system can directly influence several aspects that are political science, social science, and economics. Thus, the concept of the voting system must respond and rigorously considered before the election is held. The voting system begins evolving from paper voting, then E-voting and the latest will be I-voting. Concisely, E-voting is simply an electronic system, while I-voting is nothing but remote E-voting (internet accessible). Block chain technology provides a decentralized architecture that distributes digital information synchronously among the P2P network without a central database. This paper provides review on block chain based security technique for electronics voting.
Post COVID-19 Impacts on Technology Adoption

This research paper analyzes the current technology adoption in the context of the COVID-19 pandemic. This worldwide health emergency condition has led to people being confined, and due to this confinement, the closure of education centers and face-to-face education led to online education. Teachers are forced to adapt to their custody, new methodological approaches, and dizzying pace, which present excellent stress levels. In the field of managing motivational and emotional processes, neuroeducation contribution leads to students’ meaningful learning. The symbiosis of neuroeducation and Communication Technology (ICT) creates a significant contribution in shifting of paradigm active today. Technology Company’s contribution to the COVID-19 pandemic is dependent on a relatively digital ecosystem while attracting various investors despite capital outflows. Moreover, this contribution is connected to the technology company’s capability to quickly pivot towards new models and services and deliver goods and services to the underserved in many cost-effective ways.
ФОРМИРОВАНИЕ И ОЦЕНКА НАВЫКОВ САМОСТОЯТЕЛЬНОЙ ПОДГОТОВКИ ПИСЬМЕННЫХ РАБОТ В ОБЩЕМ ОБРАЗОВАНИИ

Purpose of research. Today, the informatization of school education has reached a qualitatively new level, schools now have access to fast Internet, modern computer equipment, etc. However, the quality of i nde p endent w ri tten w or k o f s tudent s may sig n i f ic a ll y fa ll , due t o op en and free access to fabricated texts (essays, reports, essays), as well as the lack of basic skills of independent work and curiosity among the younger generation. In this regard, the purpose of the study is to pos e the probl em of f or mati o n and eva l uat io n o f s k ills f or i nde pe ndent preparation of written work in General education, to consider the current state of affairs in this area of primary education, to develop proposals and solutions to this problem. Materials and methods. To solve this problem, the authors of the article have analyzed the works of Russian and foreign authors in the field of pedagogy, as well as works on the digital generation and the information society formation in the Russian Federation and legislative acts (Federal law «on education in the Russian Federation» dated 29.12.2012 N 273-FZ, national project «Education», order of the Ministry of education and science of the Russian Federation dated December 17, 2010 No. 1897 «on approval of the Federal state educational standard of basic General education», The procedure for admitting citizens to study in educational programs of primary General, basic General and secondary General education, approved by order of the Ministry of education and science of the Russian Federation of January 22, 2014, No. 32, etc.). Results. The study has revealed the current situation in teaching and explaining the basic skills of independent and creative work of students: the lack of methodological foundations and practice of teaching the basics of academic ethics and academic writing, the lack of automated means of monitoring the independent performance of written works. Conclusion. In t h e a rticle , th e au t h ors pro vide b a sic rec ommendat i on s and suggestions for improving the current situation, such as the introduction of elements of informing the school system about the requirements for independence in the performance of educational work as part of academic ethics, elements of independence control (systems for detecting borrowings in written works), the development of programs for teachers to master the means of controlling the independence of students’ written work.
THE USE OF THE DIGITAL ENVIRONMENT IN THE EDUCATIONAL PROCESS OF PEDAGOGICAL UNIVERSITIES

The article highlights the problems of forming a digital educational environment on the example of the North-Eastern Federal University named after M. K. Ammosov (NEFU) and the ways to solve them at the NEFU Pedagogical Institute. The teacher education system is characterized by a special feature: when forming the teacher's personality, all levels of the education system should be involved: general, secondary professional and higher, with active interaction with students, employers and interested communities. The educational situation that arose as a result of the announced regime of self-isolation, activated the forced management decisions on the organization of the educational process in the remote mode. This article presents practical solutions to the organization of the educational process in the discipline of the information block of the educational program of pedagogical education through the use of an interactive educational platform. The necessity and timeliness of creating a digital educational environment is justified, as a condition together with the universities of the Republic of Sakha (Yakutia) for their further transfer. The key characteristics of the digital educational environment and its significance for the training of future teachers and teachers of digital education are identified. A local digital educational environment has been developed for studying the discipline "Infocommunication Technologies" to ensure the educational process with the use of distance learning technology. The conclusions and assumptions of the upcoming systematic activity on the introduction of an online format in the implementation of educational programs in a standard educational situation may be of interest to teachers of higher school and secondary vocational education and heads of educational organizations.
Stages of information support of development of on-board equipment for spacecraft

The ground-experimental testing of the elements of space technology is a crucial stage in the creation of space products, in fact, this is the ground «flight» of the devices being created. And how well the operating conditions will be reproduced at this stage and the successful functioning of the devices under the expected conditions is ensured, its successful operation in real flight during the service life depends. The radio electronic devices of the onboard equipment of the spacecraft are one of the essential elements that ensure the fulfillment of target tasks, which should confirm their readiness for the forthcoming work at the stage of groundbased experimental testing. The article discusses the stages of information support for the development of spacecraft onboard equipment, showing the ways to improve the technology of ground-based experimental testing of spacecraft onboard equipment. It is shown that at the present stage of development of the space industry, it has become possible to introduce the methodology of mathematical planning of an experiment into engineering practice. A backlog of applied work on radio-electronic topics h as appeared, showing the possibility of revealing in a full factorial experiment the influence of internal uncontrollable parameters (factors) of electronic components on the experimental results. This removed the obstacle to the implementation of the capabilities of the method in research and improvement of radio electronic devices onboard equipment.