Development Of Information Industry Research Articles

Research on the Exploration and Practice of Integrating Ideological and Political Education into the "Statistics" Course under the Background of New Business Discipline

With the revolutionary development of new information technologies and industries, the world has entered the "Internet+" era. New technologies represented by artificial intelligence and big data, as well as new business forms represented by new manufacturing, new retail, and new finance, have put forward new requirements for the cultivation of business talents. It is of great significance to explore and practice the integration of ideological and political education into courses under the background of new business discipline. Based on analyzing the current teaching situation and problems of the "Statistics" course, this article elaborates on the foundation for integrating ideological and political education into the "Statistics" course, sorts out the integration points, and discusses effective methods to incorporate ideological and political elements into professional teaching. Taking the content of the "Statistical Survey" chapter as an example, this article specifically studies the exploration and practice of integrating ideological and political education into the "Statistics" course from three aspects: teaching objectives, teaching content, and teaching evaluation, providing a practical plan for achieving the integration of professional knowledge and value-leading ideological and political education.

Polyphenylene oxide/SiO2 composites: Towards ultra-low dielectric loss and high thermal conductivity of microwave substrates

With the rapid development of electronic information industry has raised the requirements for the performance of electronic components. Therefore, it is essential to research dielectric substrate materials with excellent dielectric properties and good thermal conductivity at high frequencies. This study introduced vinyl trimethoxysilane (VTMS) surface-functionalized silicon dioxide (SiO2) into the polyphenylene oxide/styrene–butadiene–styrene/triallyl isocyanurate (PST) composite resin to prepare PST/V-SiO2 composite. The microwave composite substrates for high-speed signal propagation were prepared through a process involving scraping coating and hot pressing. The study investigated the impact of varying amounts of V-SiO2 on the dielectric property, thermal stability, and thermal conductivity of the composites. The microwave composite substrates exhibit excellent dielectric properties and good thermal conductivity. When the V-SiO2 content is 80 wt%, the dielectric loss is 1.8 × 10-3 with a low dielectric constant (≤3.23@10 GHz). Furthermore, the PST/V-SiO2 composite displays higher thermal conductivity (0.735 W/(m·K)) and low moisture absorption. This research provides a novel strategy to develop microwave composite substrates with low dielectric loss and high thermal conductivity.

Advancements in Synthesis Strategies and Optoelectronic Applications of Bio-Based Photosensitive Polyimides

With the rapid development of information, energy, and materials industries in China, the demand for high-performance polymers is gradually increasing. Photosensitive polyimide (PSPI) has emerged as an ideal choice for high-performance optoelectronic materials due to its outstanding thermal stability, mechanical strength, and low dielectric constant. In particular, bio-based photosensitive polyimide prepared from bio-based chemicals, as a green polymer material, not only reflects the advantages of environmental protection and resource efficiency but also contributes to carbon neutrality. However, how to improve the photolithography efficiency while maintaining the thermodynamic performance and environmental friendliness and how to balance the pros and cons of low-molecular-weight matrixes are still challenges in the research. This review systematically summarizes the synthesis and performance characteristics of photosensitive polyimides, bio-based polyimide, and bio-based photosensitive polyimides and further explores the future application prospects of bio-based polyimides in the field of high-performance optoelectronic materials.

Development of Commercial Aerospace Information Industry in China

Development of Commercial Aerospace Information Industry in China

Trends and the future of computerized printing systems: a forecast of technology development and its application in printing production

The object of research is computerized polygraphic systems, their technologies, current development trends and prospects for application in modern polygraphic production. The study solves the problem of determining current trends in the field of computerized printing systems, as well as developing forecasts for their future, taking into account modern technological innovations and the possibility of their application in printing. It was determined that the modern world is experiencing rapid technological changes. The integration of computer technologies in various branches of production not only optimizes processes, but also opens up new opportunities for development and innovation. The results were obtained: it was found that computerized polygraphic systems are becoming more and more widespread, providing the opportunity to improve product quality, reduce production costs and increase productivity. It has been proven that modern printing technologies demonstrate an impressive dynamic of progress, taking place in the context of intensive development of information and communication industries. The printing industry adapts quickly, assimilating modern technological advances and immediately implementing them into the production process. It has been confirmed that computer printing systems are actively developing, responding to the increase in market requirements and contributing to the improvement of print quality. Today's technologies, including 3D and 4D printing, digital stencil technology, laser engraving and central print management system (CPMS), are already integrated into the printing industry, providing automation, precision and efficiency. The obtained research results make it possible to ensure the industrial production of more individual, multifunctional and flexible products, expanding the horizons for printing companies. Forecasting the development of technologies and their application in printing production allows companies to always be one step ahead of competitors, rationally invest in innovation and effectively respond to changing market conditions. Given the globalization of the market and the growing demands for the quality of printing products, the ability to anticipate future trends and adapt to them is becoming a key success factor for manufacturers.

Research on Information Poverty in Ethnic Border Regions

The information revolution has ushered in a new era of information and economy, with information resources becoming a key resource for regional economic strength and core competitiveness. In the process of informatization in China, there is a significant gap between the central and western regions and the eastern regions in terms of information infrastructure, information resource transmission and acquisition capabilities, information resource utilization and development potential, and information industry development. Therefore, information differentiation and the digital divide have also become important factors leading to the wealth gap in the information age. Against the backdrop of promoting the development of poverty-stricken areas and rural revitalization strategies, the issue of information poverty among the vast rural population in the western region, especially in ethnic border areas, cannot be ignored. To solve the problem of information poverty in ethnic border areas, it is necessary to strengthen the construction of rural information environment, improve farmers’ information literacy, strengthen the construction of information service talent team, and improve the effectiveness of information services.

Effect of dislocation and residual stress on etching performance of 12 μm thick rolled copper foil during pre-stretching

With the rapid development of new electronic information industry in 5G era, the development of various electronic components towards high speed and multi-functionality, and higher requirements have been put forward on the precision of circuit boards, the quality and rate of signal transmission. The 12 μm thick rolled copper foil is the thinnest rolled copper foil that can be stably produced, which is essential for the manufacture of high-end Flexible Printed Circuit (FPC) boards. The different microstructure and stress states of 12 μm thick rolled copper foil was obtained through different degrees of pre-stretching. And then the effect of dislocation and residual stress on the etching performance of copper foil was systematically investigated. The results show that the etching rate of copper foil increases and then decreases with the increasing of pre-stretching strain. And the etching rate of copper foil increases rapidly when the pre-stretching strain increases from 0.67% to 0.83%. For the dislocation, the rolled copper foil has higher dislocation density, and the dislocation density gradually increases with the increasing of pre-stretching strain. For the residual stress, the rolled copper foil has higher residual compressive stress. The residual compressive stress decreases and then turns into residual tensile stress with the increasing of pre-stretching strain. The residual compressive stress and dislocation reduce the etching rate of copper foil, and the residual tensile stress increases the etching rate of copper foil within a certain range. The four stages of etching rate variation of copper foil during pre-stretching were clarified, and the calculating model of etching rate was constructed when the dislocation density or residual stress acts as a single factor or dual factors.

Research on Pear Video Information Communication Strategy

From 2012 to 2015, the development of China’s short video industry has been in an exploratory period, with platforms such as Aauto Quicker, beautiful shooting and second shooting. In 2016, the development of short video in China ushered in a growth period, and the number of short video applications increased sharply, which benefited from the improvement of various mobile services, the change of audience reading habits and the capital investment of Internet giants in the short video industry. The competitive advantage of short video is that it is short and pithy, and can make users get rich content in the shortest time, which can meet the needs of users for fragmentation. With the continuous development of short video, short video applications begin to show vertical characteristics, and content production extends to vertical fields, such as food, music, beauty and information. Pear Video was launched in November, 2016, which is positioned to focus on the application of short information video, and it is also an early application of short information video in China. Studying its communication strategy has reference significance for the development of short-sighted information industry.

Research on the development status and countermeasures of project management Informa ionization

With the continuous development of industry, computer science and electronic information industry, our country complies with The Times and puts forward the goal and route of high-quality development. How to improve the production capacity and quality of industrial products, how to use computer science and electronic information technology for industrial empowerment, has become a part of the need to focus on research. This paper takes Henan Zhi Hui Crane Co., LTD. 's engineering management informatization process as the research object, studies the enterprise' s engineering informatization start, development, effectiveness and make a summary of experience, hoping to be promoted and help the informatization construction of small and medium-sized enterprises.

Research on Urban Monitoring Network Management Platform based on AI Data Stream Processing

In recent years, with the upsurge of the continuous development of high-tech information industry, the security industry has also made a new leap in technology, products, industry and so on. The traditional single small-scale monitoring and management software obviously cannot meet the actual needs of users in terms of system scale and functional requirements. This paper puts forward a network management platform for urban monitoring based on AI data stream processing. With the help of comprehensive processing and analysis of urban complex information, through network remote monitoring means, information supervision and public opinion trends are used to control social environmental security, timely warning and response to unexpected accidents, so as to ensure that governance departments can fully control and prevent possible problems such as road traffic, population distribution and disaster emergency.

Analysis of Remote Sensing Technology Promoting the Development of Spatial Information Industry

In recent years, the Chinese government, the Institute of Spatial Information Industry and related scholars have paid more and more attention to the application of remote sensing data and the development of related industries. Remote sensing technology is gradually developing to the civilian field and related applications have served the public, and the space information industry has developed rapidly. This is precisely because the development of remote sensing technology promotes national demand and the space information industry also benefits from this. The formation of spatial information industry has systematically analyzed and discussed the relationship between remote sensing technology and spatial information industry, the role of remote sensing technology in promoting the development of spatial information industry, and the development value, current situation and development direction of China 's spatial information industry. It is proved that remote sensing technology has a strong role in promoting the development of spatial information industry.

Research Progress of Polymers/Inorganic Nanocomposite Electrical Insulating Materials.

With the rapid development of power, energy, electronic information, rail transit, and aerospace industries, nanocomposite electrical insulating materials have been begun to be widely used as new materials. Polymer/inorganic nanocomposite dielectric materials possess excellent physical and mechanical properties. In addition, numerous unique properties, such as electricity, thermal, sound, light, and magnetic properties are exhibited by these materials. First, the macroscopic quantum tunneling effect, small-size effect, surface effect, and quantum-size effect of nanoparticles are introduced. There are a few anomalous changes in the physical and chemical properties of the matrix, which are caused by these effects. Second, the interaction mechanism between the nanoparticles and polymer matrix is introduced. These include infiltration adsorption theory, chemical bonding, diffusion theory, electrostatic theory, mechanical connection theory, deformation layer theory, and physical adsorption theory. The mechanism of action of the interface on the dielectric properties of the composites is summarized. These are the interface trap effect, interface barrier effect, and homogenization field strength effect. In addition, different interfacial structure models were used to analyze the specific properties of nanocomposite dielectric materials. Finally, the research status of the dielectric properties of nanocomposite dielectric materials in the electrical insulation field is introduced.

INNOVATIVE MANAGEMENT METHODS OF THE OIL AND QAS INDUSTRY OF AZERBAIJAN WITH THE OF INFORMATION TECHNOLOGY

In the article, the linear model of the innovation process was investigated and the interrelationships between its causes and consequences were analyzed. It has been shown that - innovation should not be considered only as a process of creating new scientific knowledge. Because they are the basis of acquisition, distribution, combination of new knowledge, development and application of a new product or technological process. Here, the models for determining the effectiveness of the application of information technology have been comprehensively analyzed and their areas of application have been determined. At the same time, the strategic approach to the assessment of the effectiveness of the application of information technologies in the enterprises of the oil and gas industry of Azerbaijan, the development and application directions of the main digital technologies, and the importance of the transition to sustainable innovative development of the industry were substantiated. Keywords: innovation, information, model, oil and gas industry, technology, intellectual, sustainable and dynamic development.

Analysis of Microterrain Data Based on GIS and Applied to Power Grid Layout

With the rapid development of economy and electronic information industry, the demand for electricity is getting higher. As a basic project, the reasonable point layout of power grid is becoming more and more important. Topographic elements are the key factors affecting power grid layout. However, the actual terrain is complex and changeable, so it is urgent to quantify all kinds of topographic factors to provide reference for power grid layout. Based on three-dimensional GIS technology, this paper provides a terrain factor algorithm with controllable variables for power grid layout project, obtains terrain factors such as slope, aspect, slope position, underlying surface type and surface roughness with different accuracy according to the actual terrain, and outputs the data format in accordance with the specification to provide decision support for power grid layout. At the same time, this study can also provide a reference for other decision-making works that rely on topographic elements.

Digital transformation of the urban environment: "Smart Cities" as drivers of socio-economic development of the region

Subject. The article considers processes of digital transformation of cities, the success of the Smart City project, approaches to assessing the efficiency of digital transformation of the region, and digitalization of the urban environment. Objectives. The purpose is to analyze the digitalization efficiency of Russian cities against the background of the study of international practices, develop a methodological approach to assess digital transformation efficiency of the urban environment, intensity of ICT introduction in regions. Methods. We apply methods of observation, generalization, statistical analysis of data. The evaluation procedure rests on comparison of planned and actual indicators, calculation of relative indicators of the status and dynamics of selected aspects, and aggregation of calculated coefficients. Results. We analyzed the level of digital transformation by group of cities based on the City IQ ranking for 2021, reviewed significant infrastructure solutions of resident companies of the Skolkovo Fund specializing in IT developments, offered an approach to assess the effectiveness of digital transformation of the region in general and the sphere of development of the urban environment in particular, within the framework of Strategy in the field of digital transformation of economic branches, social sphere and public administration of the Krasnoyarsk Krai. Conclusions. The success of digital transformation of the urban environment is confirmed by the City IQ Index growth for 2021. The paper formulated main achievements and problems of the information and communication technology industry development in 2021 and the first half of 2022.

Impact of Agile Project Management on the Competitiveness of Chinese Software Development Organizations

Software industry is a significant contributor to the Chinese economy. The industry has more than 12 million employers with over 250 million employees and creates almost $1.9 trillion worth of structures yearly. Software industry remains the main driver of growth in China. Basically, a task is developed to meet market demands or demands in a timely fashion. Different possibilities may be thought about in the conceptual drawing board, and also the technical and also financial feasibility of each alternative will be assessed and compared in order to select the very best feasible job. The software industry in China is forecast to grow by 7.7% in 2021, driven by strong Y-o-Y growth in the first quarter, reflecting the comparison to the previous year's period when construction work was halted across most of the country. Thereafter, the software industry is expected to record an average annual growth of 4.2% between 2022 and 2025. The industry's growth over the forecast period is expected to be driven by investments on new infrastructure, including investment in the areas of 5G networks, Artificial Intelligence, the Internet of Things, and data centers. According to the government-backed think tank, the China Electronic Information Industry Development, the country is expected to spend CNY10 trillion (US$1.4 trillion) on new infrastructure projects between 2020 and 2025. This study evaluated factors affecting construction sector performance: explanatory factor analysis evidence from China. From the literature reviewed, it was established that entering the Chinese software development marketis still seen as exciting but difficult by many foreign contractors and consultants. The study found out that rising material and labor costs, labor woes, increased competition and shrinking profit margins were some of the challenges construction firms in Chin face. The study concludes that the implementation of construction safety laws and the rate of subcontracting are relevant factors affecting construction sector in China, while neither the extent of using temporary workers, nor the availability of resources, nor the level of per capita GDP has any effects.

Design and Implementation of Store Management System based on IDEA

This With the continuous development of computer network and information industry, the use of manual data processing has been unable to meet the current needs, and more and more businesses have to change their business model and use computers to manage manpower and materials. The store management system is designed to improve the operation rate of individual businesses, so as to facilitate the store management personnel to manage the purchase and sale of goods. In this paper, the author studies on store the overall management system adopts B/S structure, using IntelliJ IDEA as a development environment of the whole code, front-end using easyUI framework for the preparation of the JSP page, the back-end using SSM framework, using MySQL database for data persistence, through these finished goods management module technology, purchasing and supply management module, order management module, user management module development, and through the function test and analysis, system can stable operation, to achieve the desired effect. The realization of the system can improve the management efficiency of individual businesses on materials, procurement, sales and personnel, making the operation of staff more convenient and avoiding mistakes in the operation process.

Synthesis and properties of PI composite films using carbon quantum dots as fillers

Abstract Polyimide (PI) is widely used in the field of microelectronics because of its excellent thermal, mechanical, optical, and electrical properties. With the development of electronics and information industry, PI as a dielectric material needs to possess low dielectric loss. PI/carbon quantum dots (PI/CQDs) composite films with low dielectric loss were prepared by introducing CQDs into PI matrix. At 25°C and 1 kHz voltage, the dielectric loss of pure PI film is about 0.0057. The dielectric loss of PI/CQDs composite film is about 0.0018, which is about 68% lower than that of pure PI film. The dielectric loss of PI/CQD composite film is greatly reduced while the mechanical properties and thermal properties of PI/CQDs composite film roughly remain unchanged. Due to the cross-linking structure formed between CQDs and PI molecular chain, the relative movement of PI molecular chain is hindered.

Research on the Coupling and Coordinated Development of Sports Tourism and Cultural Industry under the Background of Artificial Intelligence Era

In the new era of rapid development of intelligent information, sports tourism and cultural industry have become a new goal to improve China’s urban competitiveness and realize the development of urban industry. Based on the integration of sports tourism industry and cultural industry, this paper establishes the relevant information data interface mode. This paper constructs the information coupling system model of sports tourism industry and cultural industry under the background of artificial intelligence era and obtains the corresponding data results by using the invisible statistical logic computer independent judgment (IDIJA) method of artificial intelligence system under the condition of incomplete data. The application of the coordinated development system of coupling industry can realize the rapid development of sports tourism and cultural reconstruction mode and achieve the new effect of intelligent sports tourism cultural comprehensive experience. It can not only improve the people’s quality of life but also provide feasible suggestions for improving the continuous development of the coupling and coordination of sports tourism and cultural industry.

Research on the Agricultural Machinery Path Tracking Method Based on Deep Reinforcement Learning

With the rapid development of information technology, industry and service industries have achieved rapid development in recent years. Then, looking at the development of agriculture, the popularity of informatization lags far behind industry and service industries, directly hindering the digital development of agriculture. Starting from the current agricultural machinery driving operation scene, this paper carried out a simplified research on the traditional agricultural machinery driving operation method through the agricultural machinery kinematics model, and based on the related theory of deep reinforcement learning to study the agricultural machinery path tracking in the agricultural operation scene, it carried out the controller design, built the agricultural machinery autonomous path tracking framework operating mechanism under deep reinforcement learning, and further researched through experimental design and found that the agricultural machinery autonomous path tracking control can achieve better automatic control after empirical learning. I-DQN algorithm enables agricultural robots to adapt to the environment faster when performing path tracking, which improves the performance of path tracking. It has important guiding significance for further promoting the automatic navigation and control of agricultural machinery to realize the efficient operation of agricultural mechanization.