Reviewerly/exHarmony huggingface dataset:
Web Geographic Information System: A Support Tool for the Study, Evaluation, and Monitoring of Foci of Malaria Transmission in Mexico

Malaria is currently an endemic disease in Mexico. The country joined the WHO's E-25 initiative for the elimination of Plasmodium vivax to achieve elimination and certification within the established period. Having a Web-based information system was, therefore, deemed necessary to assist in the detection, investigation, and elimination of transmission in the foci, as well as for the timely treatment of malaria-positive cases. The "Information System for the Elimination of Malaria in Mexico" was designed, developed, and implemented with a geographic vision, which includes a Web tool to georeference homes and aquatic systems, a dashboard and an indicator evaluation card for monitoring activities, notification of probable cases, and vector control among other indicators. The implementation of the system was gradual in the seven states that are currently in the malaria elimination phase; subsequently, the system was implemented in non-transmission states. In 2020, the system implementation stage began; first, the basic data of more than 96,000 homes throughout the country were georeferenced, and then the primary data capture tools of 17 formats, 32 reports, and 2 geographic viewers were enabled for information queries. A total of 56 active foci have been identified in 406 localities as well as 71 residual foci in 320 localities. Recently, the Foci Manager was developed, which is a specific tool for the study, evaluation, and monitoring of active foci through a GIS, a dashboard, and a systematized evaluation certificate. Georeferencing tools decreased the cost of spatial data collection.
An Approach to Summarizing Product Reviews

Product reviews are an important feature of e-commerce because they influence the communicative behavior of a potential addressee (customers). Users often read online product reviews to get either general or specific information about a product or service. Besides, companies analyze customer reviews to improve their product quality or to adjust their marketing strategy. However, many reviews are unstructured and long. With the number of product reviews growing rapidly, reading a large number of reviews becomes a time-consuming process for both users and companies. Therefore, review summarization becomes a serious issue. In this paper, we propose a new approach to summarizing reviews of electronics and household appliances. The proposed approach makes it possible to structure information for every aspect category; it provides calculation sentiment score for each aspect category, and shows the most relevant sentences for each aspect. We used product reviews from Yandex.Market as target data. Our task was performed in five main phases: 1) expert identification of thematic aspect categories; 2) classifying sentences into the predefined aspect categories; 3) sentence classification into two classes—positive and negative—with calculating the number of both type sentences within each aspect category; 4) sentence ranking; 5) visualization of the results obtained in the previous phases. The quality of the algorithm for creating a resume from a large collection of reviews has been tested on five models of products from the following categories: coffee machines, robot vacuum cleaners, e-books, TV-sets, and washing machines.
Did COVID-19 Change Patron Format Preferences?: A Multi-year Study of Patron Format Preferences at Two Universities

This article will compare results from two surveys sent to the university libraries at Valdosta State University and Florida State University. The initial survey in 2016, asked patrons to describe their format preferences when looking for library materials and indicate if their format preferences changed when looking for pleasure reading or academic research. When the COVID-19 pandemic forced people out of physical libraries and onto online libraries visited from home, two of the authors wondered how this would change a patron’s preference regarding electronic formats, leading to a second survey in 2022. The conclusion gives insight on how this information should impact collection development policies in the future.
Model-based shared control approach for a power wheelchair driving assistance system using a force feedback joystick

This paper presents a haptic-based assistance system (AS) for power wheelchair users designed using the model-based shared control approach. The idea is to combine robust control with a high-level driving supervisor in order to successfully share control authority between the wheelchair user and the assistance system. This shared control strategy is composed of two parts, namely an operational part and a tactical part. Through the haptic joystick interface, this assistance system aims to reduce user’s effort when manipulating the joystick, guide the user to avoid any potential collisions, and maintain the active participation of the user in driving the wheelchair. In the operational part, an optimal Takagi-Sugeno fuzzy control approach is proposed to deal with the time-varying user’s intention represented by his desired longitudinal and angular position errors and velocities and hand torques. The control design is formulated as an LMI optimization problem which can be easily solved with numerical solvers. Two unknown input observers for Takagi-Sugeno fuzzy model have been designed to estimate the user’s intention in order to generate an assistance torque via a haptic force feedback joystick. The control supervisor in the tactical part, aims to provide a decision-making signal which allows for the conflict management based on the user hand torque estimation. A specific algorithm has been developed to solve the conflict between the user’s desired actions and the suggestions from the assistance system to ensure the user remains the final decision-maker. Experimental results show the effectiveness and the validity of the proposed assistance system.
The Pandemic Experience as a New Challenge for Public Czech Universities

Prior to 2020, the Czech higher education institutions (HEIs) did not have much experience with distance learning and blended learning. Experience with hybrid teaching was minimal. The Covid-19 pandemic therefore presented the management of public universities in the Czech Republic with a number of new tasks in resolving the crisis situation. It also made the possibilities of distance education and other flexible forms of education significantly more visible. In 2021, a total of 26 public universities joined together in a central development project, in order to discuss the most important issues of distance education and blended learning, the current background for the implementation of flexible forms of education, and also their future plans in this area. In this chapter, the authors present in detail the results of a study on the background of public universities for the implementation of distance education and blended learning, which have become the basis for creating the action plans of individual institutions. The results of the analysis showed, among other things online supported education is important, especially in emergency situations.
Theatre Music Education in the Human-Computer Interaction Model

This paper takes "human-computer interaction" as the research entry point, and briefly outlines the concept of "human-computer interaction" mode and the development of "human-computer interaction" technology.This study will explore the role of "Human-Computer Interaction" in drama and music education through a brief description of the concept of "Human-Computer Interaction" and the development of "Human-Computer Interaction" technology.To study the changes in the acceptance process, human-computer interaction and interest of drama students in the "human-computer interaction" mode of music learning.And how can we make it interactive and immersive more efficient.We use "public void jButton1_actionPerformed(ActionEvent e) throws Exception {UserName = jTextField1.getText().toString(); for (int i = 0; i < jPasswordField1.getPassword().length;i++) {passwordtemp + = jPass-wordField1.getPassword()[i];}" The extended computer language creates a simple login window and continues to set the login selection interface "public void jButton1_actionPerformed(ActionEvent e) {eventFrame eventframe1 = new eventFrame(UserName, UserRight); eventframe1.setSize(1024,768); Dimension screenSize = Toolkit.getDefaultToolkit().getScreenSize();Dimension frameSize = eventframe1.getSize()eventframe1.setLocation((screenSize.width -frameSize.width)/2,(screenSize.height-frameSize.height)/2);eventframe1.setVisible(true); eventframe1.setTitle("ComputerGraphics Aided Teaching Platform"); this.dispose();}", build a complete digital opera "Human-Machine" The new model of "interactive" learning will better attract opera students to study the Western District, reasonably analyze the teaching objectives of the course, and study the design of the curriculum system, including the theoretical knowledge system and the practical teaching system, so as to assist teachers in the teaching of drama and music education.Finally, an analysis mode similar to Microsoft SQL Server 2000 is established as the background database to conduct preliminary data collection and data analysis, and then conduct assessment and grading.It will explore the changes, impacts and advantages of this new "human-computer interaction" model compared with traditional music education models, as well as the problems that need to be solved.
Research on Microblog Public Opinion Event Management Based on Logit Regression

This paper is based on the data of social public opinion events that occurred on Weibo within 24 h of a certain day in 2017.Through the establishment of Logit model to explore the influencing factors that affect the popularity of online public opinion.The empirical results show that the number of fans and likes has a significant positive effect on the popularity of online public opinion.When the number of fans of a platform that publishes social public opinion events increases, the social public opinion events released by the platform are easier to warn.The more likes, the more netizens pay attention to the social public opinion event, and the content of the event can attract enough attention, and the public is more interested in the event.Appropriate control of the number of fans and likes on largescale Weibo platforms has important implications for government supervision and protection of the healthy development of online public opinion.
The Evolutionary Game Analysis and Simulation Research on E-Commerce Live Broadcast Counterfeit Sales with the Participation of a Third-Party Supervisor

In order to explore the impact of the participation of third-party supervision entities on the supervision of counterfeit goods in the e-commerce live broadcast market, an evolutionary game model between the live broadcast merchants and the e-commerce live broadcast platform was constructed, and the behavior of the live broadcast merchants and the e-commerce live broadcast platform was established.The conditions of strategies tending to different stable states, focusing on the analysis of the influence of the third-party supervision body's discovery of the probability of merchants selling fakes on the results of both parties' strategy selection.Using matlab to simulate the influence of different parameters such as the probability of merchants selling fake sales by third-party supervisors and the percentage of deposits deducted by non-self-disciplined merchants from the e-commerce live broadcast platform on the evolution results.The results show that as the third-party supervision entity finds that the probability of merchants selling counterfeit products decreases, merchants who live broadcast will choose a self-discipline strategy, and e-commerce live broadcast platforms will choose a non-supervision strategy to increase the corresponding probability.Merchants who live broadcast will choose a non-self-discipline strategy.The live broadcast platform will supervise the merchants who live in the live broadcast.As the thirdparty supervision body finds that the merchants are selling fake products, it can improve the bad situation of the e-commerce live broadcast market that is rampant.Therefore, live broadcast merchants need to be self-disciplined, e-commerce live broadcast platforms need a high degree of self-inspection, and third-party supervisors need to increase the probability of discovering merchants selling fakes in order to create a safe and civilized shopping environment for consumers.
Design and Research of Big Data Experimental Teaching Platform

In order to meet the actual needs of big data experimental teaching in the new era, this paper explores the design of big data experimental teaching platform based on the current mainstream computer technology.Through architecture design, database design and functional module deployment, the design effect is tested.The test results show that the performance of the platform has reached the expected goal and achieved initial success.It is expected that the platform will be gradually popularized and applied in the future big data experimental teaching.
Quantitative Analysis of Educational Informatization Evaluation

With the implementation of the "education informatization 2.0 action plan", high-quality and continuous promotion of college informatization construction has become an inevitable requirement for deepening education reform.The social attention of online teaching has further condensed the consensus of accelerating the construction of school informatization.Information technology is promoting the comprehensive reform of education management mode, which is of great significance to promote the development and connotation construction of education.Evaluating the level of educational informatization construction can provide an important basis for decision-making of informatization construction.Constructing scientific and effective quality evaluation methods plays an important role in improving the level of information construction.In this paper, the analytic hierarchy process and fuzzy comprehensive evaluation method are used to quantitatively analyze the informatization evaluation indicators.At the same time, some suggestions are given for the deep integration of information technology and education.
Research on Blended and Dynamic Stratified Teaching Model of Advanced Mathematics

According to the present teaching situation of advanced mathematics course, the blended and dynamic stratified (BDS) teaching model is put forward. The new model integrates various teaching forms, methods and information technology, and carries out stratified teaching dynamically based on the course contents and actual learning situation. And from the resource construction, teaching design and assessment system three aspects of reform, maximize to meet the needs of students flexible learning and personalized development; The teaching practice shows that BDS teaching model is beneficial to the cultivation of students’ mathematical thinking and knowledge application ability.
Leveraging Blockchain to Support Collaborative Distributed Manufacturing Scheduling

The recent trend in collaborative distributed manufacturing scheduling (CDMS) has gained significant importance in extended, networked, and virtual manufacturing environments due to its adaptability and integration potential. In a distributed manufacturing environment, CDMS can occur within a single factory or across multiple companies in a dynamic and variable extended or virtual organization. For effective collaboration, the CDMS system must be secure, transparent, and trustworthy. This paper proposes a blockchain-based model for CDMS and discusses its implementation in the processing of manufacturing functions, specifically joint process planning and scheduling. An illustrative example is used to demonstrate the application of the proposed approach and its potential to enhance the management processes of CDMS enterprises. The results of the analysis indicate that the proposed blockchain approach can effectively facilitate communication and integration among CDMS enterprises. Additionally, the approach can be expanded to more complex manufacturing environments under different conditions.
Presenting preparatory students to educational channels on the Internet and the gratifications achieved from them

Among the alternatives made available by the Internet, we find educational sites and channels that contributed to maximizing the communicative impact of the educational process with its available readable, audio and visual elements, which enabled the student to benefit from their content effectively and in an easy and comfortable manner. The importance of this topic comes due to the multiplicity of educational programs on The Internet to include most of the disciplines and the expansion of the number of students’ audience who view these programs and follow them constantly to increase their understanding and understanding of their subjects or to use them as a complete substitute for the teacher and teacher due to the shortage of teachers or because of the weakness of teaching in general. The programs constitute an additional importance for what it will provide of theoretical knowledge on this subject, and what it will provide in the practical side of realistic results that the providers of these programs will benefit from in improving their level of performance and degree of efficiency in presenting lessons and scientific materials to the audience of preparatory students
Cognitive structures and their relationship to self-regard among university students

The study aims at identify the level of both the cognitive structures, and the level of self-regard of the university students. It also aimed to identify the significant differences in cognitive structures and self-regard according to some demographic variables (gender, specialization, and academic stage), and finally to investigate the relationship between to the main variables (cognitive structures and self-regard) among the university students. The researchers adopted the relational descriptive approach. The sample consisted of (600) male and female from the students of University of Anbar for the academic year (2019-2020). To achieve the aims of the study, the researchers prepared a scale of cognitive structures, consisted of (46 items) and (6) subscales. For the self-regard scale, the researchers adopted Khamass scale (2012), which was based on the theory of "Carl Rogers". The scale consisted of (26) items. After the researchers verified the psychometric characteristics of the two scales, the data were analysed. The results indicated that university students have above the average level of both cognitive structures and self-regard. The results also showed that there are no statistically significant differences in the cognitive structures and self-regard according to the three demographic variables (gender, specialization, and academic stage). The results also showed that there is a positive significant correlation between cognitive structures and self-regard.
Comparing Contact Education and Digital Distant Pedagogy Strategies: Lockdown Lessons Learnt for University-Level Teacher Education

Teaching and learning experienced a rapid change in spring 2020, and the learning environments for university students changed almost overnight. An integrative science centre education informal learning course for Finnish teaching students has been arranged for over 20 years with latest technologies and innovations. This cross-sectional study compared survey data of teaching students between four time points: in 2019 (n = 108), in 2020 (n = 115), in 2021 (n = 110), and in 2022 (n = 90). The course content was the same, only the implementation differed. In the spring of 2019 and 2022 the course was implemented as contact-teaching, but during the critical phase of the pandemic in 2020 and 2021 as distant teaching. Data were analysed by using ANOVA and the prediction of possible effects of the contact/distance learning by the structural equation path model (SEM). The analysis showed that the results favoured the first contact instruction course in 2019: their confidence of integrating the learned contents of the science centre into practical school matters differed from all the other groups. This group also appreciated the usefulness of the course more than the other groups. In turn, the first distant course had a more negative opinion of the usability of the course than all the other groups. Despite that the distant group in 2020 and even more so the other distant group in 2021 felt more confidence in the direct integration of the course content into future teaching based on the path analysis. Gender had two kinds of effects, one in the distance learning group in 2020: being a female directly predicted the future use of science centre type pedagogy, and the other in the contact learning group in 2022: being a female predicted the appreciation of the science centre course. As a limitation of the study, more students’ prior experience and attitudes with online learning is needed from future research. The preliminary results and best practises of this study are utilised internationally in several EU-Erasmus+ projects.
Application of Spectroscopic Characteristics of White Mica in Porphyry Tungsten Deposits: A Case Study Involving the Shimensi Deposit in Northern Jiangxi

Shortwave infrared (SWIR) technology is characterized by high efficiency and convenience and is widely used in the mineral exploration of porphyry, epithermal, and skarn types. However, studies on the SWIR spectral features of porphyry tungsten deposits are still lacking. The Dahutang tungsten deposit has reached an ultra large scale, characterized by the porphyry type. Based on the SWIR spectral features of white mica and its petrographic, geochemical, and Raman spectral features, this paper discusses the use of shortwave infrared and Raman spectral features and major and trace element contents in white mica for exploration of the Shimensi mine in Dahutang. The results showed that the SWIR wavelength of the single-frequency Al-O-H absorption peak position (Pos2200) of white micas in ore-bearing intrusions were over 2209 nm; the Raman shift of aluminium atom bridge-bonds (Al, O (br)) were mainly located between 410 and 420 cm−1. The contents of Si, Fe, and Mg were relatively high; the contents of Al, Na, and K were low; and the variation of the Nb/Ta value reflected the magmatic evolution degree. The shift of Pos2200 of white mica showed a correlation with the Raman spectral features and contents of Si, Al, and other elements. This study shows that the SWIR spectral features of white mica were useful for further exploration of the Shimensi area in Dahutang and provided a potential tool for the exploration of porphyry tungsten deposits.