Information Visualization Technology Research Articles

Retraction Note: Application of infrared image defect detection based on data information visualization technology in intelligent physical education teaching

Retraction Note: Application of infrared image defect detection based on data information visualization technology in intelligent physical education teaching

Inheritance And Innovation of Lingnan Intangible Cultural Heritage: Application Exploration of Information Visualization

This paper explores the current situation, challenges, and strategies for the digital inheritance and innovation of Lingnan intangible cultural heritage, focusing on the integration of woodblock new year painting elements. It introduces the rich cultural resources of Lingnan and highlights the difficulties faced in their preservation. The paper emphasizes the necessity of digital inheritance and the significant role of digital means in protecting and disseminating intangible cultural heritage, particularly through the application of information visualization technology. It details methods such as multimedia display, interactive experience, and data visualization, illustrating their practical effectiveness through case studies involving Cantonese opera, Guangcai porcelain, and notably, the integration of woodblock new year paintings. The paper also discusses the challenges of digital inheritance and the potential of emerging technologies like virtual reality and augmented reality in advancing the cause of intangible cultural heritage preservation. By incorporating woodblock new year painting elements, this study aims to enrich the digital representation of Lingnan culture, thus promoting its innovative inheritance and development in the digital age.

REORIENTASI PROFIL LULUSAN DAN REFORMASI KURIKULUM SOLUSI LULUSAN TERSERAP LAPANGAN KERJA

Education as a means to increase knowledge and skills and can improve welfare. The higher the level of education, the more experience one gets and the more complex the problems that can be solved, and this has an impact on increasing income. Advances in information and communication technology have changed human civilization. The development of science and technology has made how many jobs done by humans have been taken over by machines so that the remaining work is very little and more specific for humans to do.
 The curriculum given to the students aims to provide a variety of knowledge and skills so that they can complete various assignments and be placed in various positions. This condition does not meet the needs of the world of work today, because workers only do specific jobs. Another challenge is that several large companies no longer require a diploma for their prospective workers; instead, it is based on the skills certification mastered by future workers.
 This phenomenon is a challenge for education providers to reorient the profile of graduates who have been determined. One way is to reform the curriculum to improve the student's skills and mastery of digital information literacy, data processing, visualization, and modern office technology so that graduates can work in the modern office era.
 The narrative above is the premise of the descriptive research that the writer conducted based on various sources of documentation, literature, and questionnaire results from alumni.

Application of infrared image defect detection based on data information visualization technology in intelligent physical education teaching

Application of infrared image defect detection based on data information visualization technology in intelligent physical education teaching

Research on the Relationship between the Participation Degree and Experience of China’s Intangible cultural heritage Tourism Activation in the Information Age

Abstract With the development of the trend of cultural and tourism integration, intangible cultural heritage has become an important part of the development of experiential tourism. This paper combines information visualization technology to construct a framework for the design of non-heritage information visualization. By constructing a relevant spatio-temporal retrieval function to reduce the redundancy of non-heritage spatial data storage, combined with the base state correction model, the change process of non-heritage spatial features is retraced. GRU is applied as a unit of temporal feature correlation analysis to model the serial data of the degree of participation in non-heritage tourism revitalization. Two gating controls, the reset gate and the update gate, are used to regulate the flow of NRM information. The relationship between participation level in NRH tourism revitalization and experience was focused on in the information visualization design. The results show that the p-value of tourism experience and tourism revitalization is 0.521**, which is the most significant among all p-values, indicating that tourism experience has the closest relationship with tourism revitalization, and there is a significant positive correlation between both. Among the different groups of tourists, most of the experience scores of group C tourists are concentrated in the range of (80,90), while the advanced level of participation brings visual enjoyment to tourists while conveying the cultural spirit and emotional experience.

BIM-based steel reinforcing bar detail construction design and picking optimization

Steel reinforcing bar (SRB) engineering is a very professional, complex, massive, and neglected project, which affects the structural performance and cost of building. Traditional SRB engineering is a labor-intensive project, often accompanied by the quality of SRB construction and the waste of material. At present, information technology is undergoing a revolution. With the rise and optimization of Building Information Modeling (BIM) technology and the continuous improvement of artificial intelligence-based optimization algorithms, new solutions have been put forward to solve these traditional SRB engineering problems. This study combines two different fields of BIM and optimization algorithms to establish a process of BIM-based SRB detail construction design and picking optimization that provides a reference for traditional SRB engineering. It is also an exploration and application of BIM technology to practical engineering.This study classified and analyzed the SRB crash nodes problems classified into four crash nodes classification and proposed a BIM-based SRB designing process. For the problem of the SRB connection position, a general segmental formula for SRB (for example, Longitudinal SRB on columns and beams) was studied, and a set of processes was established to determine the unknowns of the segment formula to locate the connection position of SRB. Besides, this study utilizes BIM’s coherent information transfer and visualization technologies that select Revit software to create new information such as “SRB shape family,“ ”component family,“ ”annotated family,“ and so on. The application of BIM in SRB is carried out through the transfer, transformation, and expression of information in the forms of SRB design drawings, SRB processing schedules, SRB construction schedules, and SRB construction partition charts, and so on. in addition, the problem of one-dimensional blanking of single-size and multiple-size raw materials is discussed with the minimum number of SRB consumed as the objective function. The commonly used classical solution method is analyzed in detail, and Particle Bee Algorithm (PBA) was introduced. Through calculation and comparison of examples, the performance of PBA on the SRB problem was evaluated.The study preliminary proposed a BIM based on SRB detail construction design and picking optimization and secondary development system by a particle engineering project. The results showed that this study had a certain reference contribution for the SRB detail construction design and picking optimization.

Global Research Trend of Korean Popular Music: A Bibliometric Analysis

The goal of this research is to examine the research approaches and trends in Korean popular music (K-pop). This bibliometric study is based on data from the Scopus database over the last ten years (2011–2021). This study examined 327 publications to determine the most prolific nations, authors, organizations, and referenced publications. The most active research publications were discovered to be in South Korea, the United States, and Australia. The most prolific institution has been recognized as Seoul National University (South Korea). The most influential author was determined to be Jin D.Y. Keyword cooccurrence analysis, author and country co-authorship analysis, and bibliographic coupling of documents utilizing the most widely used open-source information visualization technologies. The most productive magazines for K-pop are Kritika Kultura and the International Journal of Communication. This article summarizes the evolution of K-pop research and provides stakeholders with a concise overview of relevant studies and applications of K-pop. To our knowledge, this is the first study of its sort to do a Scopus-based mapping of the ‘K-pop and research’ literature. This will help develop the central theme and establish the scholars’ future research directions.

Design Strategy and Application of Headwear with National Characteristics Based on Information Visualization Technology

Design Strategy and Application of Headwear with National Characteristics Based on Information Visualization Technology

Construction of Safety Early Warning Model for Construction of Engineering Based on Convolution Neural Network.

In recent years, China's engineering construction management level has been greatly improved, but compared with other industries, the construction industry still has low production efficiency, serious waste, and low level of information problems, and especially in the process of engineering management practice, schedule delay has become the focus of engineering management problems. With the continuous development of science and technology, computer and information technology have been continuously applied in engineering, among which deep neural network (DNN) technology, lean management, information visualization technology, and other technologies have become the hot spot of industry research, and the application of these emerging technologies to improve the level of project schedule control has become an urgent demand of the industry. Therefore, on the basis of deep learning, this paper analyzes the principle and application of object detection and feature extraction constructed by neural network and combines text feature extraction and image feature extraction methods. This application provides a new idea for the development of the construction industry.

VisualRPI: Visualizing Research Productivity and Impact

Research productivity and impact (RPI) is commonly measured through citation analysis, such as the h-index. Despite the popularity and objectivity of this type of method, it is still difficult to effectively compare a number of related researchers in terms of various citation-related statistics at the same time, such as average cites per year/paper, the number of papers/citations, h-index, etc. In this work, we develop a method that employs information visualization technology, and examine its applicability for the assessment of researchers’ RPI. Specifically, our prototype, a visualizing research productivity and impact (VisualRPI) system, is introduced, which is composed of clustering and visualization components. The clustering component hierarchically clusters similar research statistics into the same groups, and the visualization component is used to display the RPI in a clear manner. A case example using information for 85 information systems researchers is used to demonstrate the usefulness of VisualRPI. The results show that this method easily measures the RPI for various performance indicators, such as cites/paper and h-index.

Hotspots and trends of biological water treatment based on bibliometric review and patents analysis

In order to reveal the hotspots and trends of biological water treatment from the perspectives of scientific and technological innovation, both of the bibliometric review and patents analysis were performed in this study. The Web of Science Core Collection database and Derwent Innovation Index database recorded 30023 SCI papers and 50326 patents, respectively were analyzed via information visualization technology. The results showed that China ranked the first in both papers and patents, while the United States and Japan had advantages in papers and patents, respectively. It was concluded through literature metrology analysis that microbial population characteristics, biodegradation mechanism, toxicity analysis, nitrogen and phosphorus removal and biological treatment of micro-polluted wastewater were the research hotspots of SCI papers. Activated sludge process and anaerobic-aerobic combined process were the two mainstream technologies on the basis of patent technology classification analysis. Technology evolution path of biological water treatment was also elucidated in three stages based on the citation network analysis. Furthermore, the future directions including research on the law of interaction and regulation of biological phases and pollutants and the technology innovations towards the targeted biotransformation or selective biodegradation of pollutants and resource reuse of wastewater were prospected.

Influence of digital services of infographics on effectiveness of mnemonics when teaching foreign language vocabulary

The problem and the aim. Modern linguodidactics pays special attention to identifying the role of vocabulary in learning a foreign language, determining strategies for learning foreign language vocabulary, finding methods for testing vocabulary, mastering the vocabulary of scientific discourse, using mnemonics in memorizing lexical norms. New training formats necessitate the use of information visualization technologies and digital means in the study of a foreign language. The purpose of the study is to identify and confirm effectiveness of using digital services of infographics in mnemonics to improve the quality of teaching foreign language vocabulary. Research methods. Digital tools for data visualization are used in the system of mnemonic operations (grouping, classification, structuring, systematization, analogy, association, repetition) and methods (rhyme, association, mnemonics, chain method, memory cards, mnemonic cards). Infographic services support semantisation of lexical material and its activation, explanation of rules, situational illustration, and foreign language communication. A special test is developed, it includes questions on English vocabulary and assignments based on the methodology of A.R. Luria. Auxiliary visualization methods are used: data design in the form of mind maps, tables, charts, graphs. The experiment involved 30 students of the training program Pedagogical education (Bachelor's programme) of Vyatka State University. WordArt is used as a digital service of infographics. Statistical processing of the results is performed using the nonparametric method - Wilcoxon's T-test. Results. Students learn digital infographic services, use them to study new lexical material, memorize and present concepts/terms, set expressions, and combine familiar lexical elements in a variety of contexts. Statistical assessment of the reliability of positive dynamics of students' skills to recognize words, understand lexical units, to construct new phrases was carried out Temp <Tcrit0.05 (45<107). In conclusion rules and conditions, implementation of which ensures effectiveness of using digital services of infographics in mnemonics to improve quality of teaching a foreign language, are summarized.

Global evolution of research on green energy and environmental technologies:A bibliometric study

To better grasp developments and trends in research on green energy and environmental technologies, the published literatures in the Web of Science Core Collection database from 1998 to 2020 were utilized to reveal critical information and guidance on what has been investigated, and what are the changes in research interests using a bibliometric method. Herein, yearly quantitative distribution of literatures, author contribution and collaboration, productive and influential institutions and countries/territories, co-citation analysis, keywords co-occurrence analysis, and research frontier identification are analyzed via information visualization technology. The results show that the publications on green energy and environmental technologies have grown exponentially, that China, the USA, and Italy are the most active countries, but the global cooperation is not close at present. The research frontier identification results reveal that the categories of energy, wastewater, and performance remain stable, while the trending up and emerging categories of catalyst and CO2 emission show clear shift over the last decade, indicating that catalytic production of clean energy and value-added chemicals, strategies to reduce greenhouse gas emissions, and other related studies to solve the global energy crisis and environmental problems are the research frontiers. This bibliometric study provides unique insights and offers research guidance on green energy and environmental technologies.

Art Product Design and VR User Experience Based on IoT Technology and Visualization System

Based on the Internet of Things technology, this paper analyzes the concept and basic characteristics of visualization technology and builds a visualization digital art product information system based on VRML virtual reality technology. This article first explains the background and significance, analyzes the research status at home and abroad, introduces the application of virtual realization technology, and puts forward the technical route and main research content on this basis. After field inspection of art products, the system was analyzed according to the actual situation. After analyzing the needs and goals of the system, the overall structure of the system was proposed. Under the overall framework, this paper designs the system and designs the system’s visualization and real‐time interaction modules. At the same time, combined with VRML technology to realize the visual 3D modeling of virtual art products, we establish the 3D model of the entire art product. Users can choose between role roaming and camera roaming. Finally, we made a summary statement to the full text and looked forward to the application prospects and development trends of information visualization technology in digital art products. During the experiment, by calling the HTC method in the Unity 3D system, this article uses the Unity 3D engine to implement UI scene loading and VR rendering technology optimization and realizes design knowledge through the integration of art product design models and IoT data interactive functions and dynamic loading of scenes. The effect of the model on the quality prediction is analyzed through experiments. The results show that the performance of the former is better than the latter two models, and it has a good performance on unbalanced data processing, which verifies the performance and effectiveness of the algorithm model.

Visual Design of Marine Architecture in Coastal Cities Based on “BIM+VR”

Nie, L., 2020. Visual design of marine architecture in coastal cities based on “BIM+VR”. In: Li, L. and Huang, X. (eds.), Sustainable Development in Coastal Regions: A Perspective of Environment, Economy, and Technology. Journal of Coastal Research, Special Issue No. 112, pp. 421-424. Coconut Creek (Florida), ISSN 0749-0208.BIM (Building Information Model) technology is the inevitable product of the application of information technology in the construction industry. In the design of ocean Building visual conservation, the BIM high-tech platform and 3d data information visualization technology can provide corresponding technical support for ocean building. The application of “BIM+VR” technology in the energy saving design of Marine buildings is analyzed from the aspects of building orientation, building thermal engineering, building lighting and solar radiation, etc. Building virtual model with BIM technology can help architectural designers better understand the details of the project and improve the rationality of the construction scheme. “BIM+VR” technology, with its design features such as visibility, optimization and simulation, makes up for the deficiencies of traditional architectural design methods, provides important data and information basis for the quantitative analysis of energy consumption in Building visual conservation design, and has been widely applied in ocean Building visual conservation design.

The use of innovative pedagogical technologies in training of socio-cultural profile journalism students

The article considers aspects of the application of innovative pedagogical technologies in the training of future journalists of socio-cultural profile, while studying the course "History of Journalism". The method of its teaching involves conducting classes using both traditional (lectures, talks) and active innovative teaching methods (discussions, debates, brainstorming, debates, trainings, excursions to editorial offices, radio and television studios, project training, etc.). Innovative methods of teaching the discipline are considered in detail, which include: means of organizational and educational activities; introduction of modern pedagogical technologies; increasing the level of motivation to study; use of audiovisual teaching aids and computer technologies, etc. As most modern students have grown up in a screen culture, are visuals and actively use modern technology, teaching in the format of classical lectures and seminars loses its effectiveness. Thus, the main focus is on the process of organizing interactive learning using multimedia information visualization technologies, which contributes to the generalization and analysis of theory and practice. The influence of innovative pedagogical technologies on the formation of professional competencies, skills and abilities of students is analyzed. It is concluded that the introduction of innovative pedagogical technologies in the teaching of the discipline "History of Journalism" helps to increase the efficiency of classes, the formation of communication skills and abilities, gaining experience of interactive activities, dialogic interaction and creative confidence.

Візуалізація навчального матеріалу засобами презентаційної комп’ютерної графіки при підготовці майбутніх фахівців

The article analyzes and substantiates the use of visualization of educational material by means of presentation computer graphics in the training of future teachers of fine arts. The visualization of educational material by means of presentation computer graphics is facilitated by the use of scribing and the method of creative exercises-clauses. Students must show their creativity and imagination to visualize the idea in the form of layouts, graphics, artistic compositions and sketches. The expediency of using visualization of educational material by means of presentation computer graphics is due to the need to take into account the cognitive characteristics of the current generation of students, as well as the need for capacious presentation of educational material in the form most convenient for its perception, understanding, assimilation, memorization. Computer graphics is a multifunctional component of graphic information technologies, which is the easiest to perceive and the fastest to process (in terms of information) and assimilated by humans. The expediency of using visualization of educational material by means of presentation computer graphics is due to the need to take into account the cognitive characteristics of the current generation of students, as well as the need for capacious presentation of educational material in the form most convenient for its perception, understanding, assimilation, memorization. Taking into account the psychological characteristics of the perception of educational material by students, leads to recourse to information visualization technologies that provide compactness, expressiveness, dynamism of the content of educational material, its delivery, as well as provide a platform for students to engage in collective creative work. , the knowledge acquired by them. The formation of artistic and graphic skills of future artists in the process of learning the basics of computer graphics depends on the spiritual wealth of the teacher of his culture, erudition, desire and ability to connect any material with the task of moral education to influence the consciousness, feelings and behavior . Therefore, mastering graphic skills makes it possible to form a creative initiative, which is aimed at finding the most effective solutions to problems and has an individual creative character.

Mobile augmented reality to support fuselage assembly

One major manufacturing challenge of the fourth industrial revolution is the quality of product development information used in the assembly line. One of the most studied information visualization technologies is Augmented Reality (AR), whose deployment via mobile devices is currently being promoted. However, the industrial sector still has doubts regarding the technology’s maturity and the costs incurred by such production processes, restricting its deployment in production environments. Thus, in the present study, we statistically analyze a markerless AR application, using a hand-held mobile device, that addresses the requirements of the structural assemblies used in aeronautical industries comparing them to those of traditional assembly methods. The main technological benefits and limitations of such applications are identified. To perform this analysis, we conducted a field evaluation where qualified professionals marked the positions of small brackets in an aeronautical structure by using AR. After collecting the time and measurement data for each bracket’s position, a statistical analysis was performed to compare these positionings against those achieved using a traditional, metric scale-based method. The results indicate that AR offers a faster solution for highly complex assemblies, despite several limitations regarding the positioning tolerance when using the technology. As a future study, several application modifications are suggested to reduce markup errors and overall usage time.

A Bibliometric Analysis of Cirrhosis Nursing Research on Web of Science.

The aims and objectives of this study were to (1) analyze the bibliometric characteristics of articles on Web of Science from 1986 to the present using literature mining and information visualization technologies developed by CiteSpace software, (2) reflect the current situation in this field as far as possible, and (3) provide evidence for improving research on nursing and clinical liver cirrhosis in Mainland China. No bibliometric analysis exists on Web of Science regarding cirrhosis nursing research. The status of current research, including hotspots and trends, has been assessed in this study through a bibliometric analysis. Literature related to cirrhosis and nursing was identified via Web of Science. Data were then analyzed using CiteSpace software. From 1986 to 2018, a total of 179 articles were published in 109 journals by 830 researchers in 36 countries/regions. The terms "cirrhosis," "management," and "quality of life" emerged most frequently and indicated the hotspots in liver cirrhosis nursing literature. Among all countries/regions, the United States contributed the most research overall; Asia also played an important role in the field of liver cirrhosis nursing research. The journal Gastroenterology Nursing published the greatest number of articles. Liver cirrhosis nursing research has attracted increasing amounts of attention around the world, although it remains less robust than other fields. Cirrhosis nursing research is still in its infancy in Mainland China, and there is an urgent need for additional support from government or research institutions to improve this research focus and promote international acceptance of the research outcomes.

The Knowledge Mapping of Concentrating Solar Power Development Based on Literature Analysis Technology

Decreasing the levelized cost of renewable energy and improving the stability of power systems are the key requirements for realizing the sustainable growth of power production capacity. Concentrating solar power (CSP) technology with thermal energy storage can overcome the intermittent and unstable nature of solar energy, and its development is of great significance for the sustainable development of human society. In this paper, topic discovery and clustering were studied using bibliometric, social network analysis and information visualization technology based on the Web of Science database (SCI-Expanded) and the incoPat global patent database. The technology searched for papers and patents related to CSP technology to reveal the development trends of CSP technology and provide the references for related technical layout and hot spot tracking. The results show that the global output of CSP technology papers has continued to grow steadily, whereas the number of patent applications showed a significant downtrend. CSP technology, which is at the initial stage of commercialization, still needs technological breakthroughs. Technological innovation that integrates thermal engineering, control engineering, physics, chemistry, materials, and other disciplines may become an effective path for CSP technology development in the future. CSP technology research shows increasing research and development trends in high-temperature receivers, phase-change thermal energy storage, the overall performance of thermal power generation systems, and a development trend from a single technology to multi-energy complementary systems.