Electronics Science Technology and Application

Exploring the Methods of Ideological and Political Education in the Course Group of Mechatronics Integration Technology

This article takes the electromechanical integration technology professional group as a case study to explore the path of implementing course ideological and political content in electromechanical professional groups. The focus is on analyzing the exploration and practice of professional groups in terms of concept integration, curriculum system construction, teacher team construction, and teaching methods in the process of course ideological and political construction and implementation.

Research on the Integration of Visual Communication Art Design and Traditional Culture in the New Media Era

The integration of visual communication art design and traditional culture in the era of new media is an important way to promote and inherit excellent traditional Chinese culture. It can create a strong traditional cultural atmosphere in society and has important significance for cultural and humanistic development. In addition, the way people obtain information has changed in the era of new media, so the integration of traditional culture in visual communication art and design has a more profound impact, which is of great significance for the overall social and cultural development and the creation of a strong cultural atmosphere. Therefore, in the era of new media, visual communication art design should focus on the integration with traditional culture.

China’s New Materials Industry Exhibits a Significant Structural Imbalance in Talent Supply and Demand, Necessitating an Improved Talent Training System to Support High-quality Industrial Development.

Innovations in new material technologies and the development of the new materials industry hinge on robust talent support. In China, the structural imbalance in the supply and demand of talent in this field has become prominent. The gap between talent supply and demand continues to widen in terms of quantity. Also, there is a relative lack of specialized technical talent in terms of quality. Regionally and age-wise, the distribution of talent remains suboptimal. The primary reasons for this imbalance in China’s new materials talent structure are twofold. From the supply side, the training system for new materials talent lags behind industrial development needs. From the demand side, the new materials industry faces challenges, including low salary levels, employment perceptions, and recruitment mechanisms. It’s recommended to foster an environment conducive to the growth of new materials talent, establish a multi-tiered talent training system, accelerate the deep integration of industry, academia, and research, optimize the talent development ecosystem in the new materials industry, and expedite the establishment of high concentrations of new materials talent

Study on anxiety and countermeasures of government-sponsored normal students in English learning

Public funded normal university students are an important force in education, and their English learning quality and ability are directly related to the quality of future education and teaching work. However, due to various reasons, public funded normal college students often have anxiety in English learning, which has a certain impact on their learning and development. Through literature review and investigation and analysis, this paper finds that the anxiety of publicly-funded normal students in English learning mainly comes from the learning environment, learning methods and personal psychology, etc. Bad learning environment, improper learning methods, personal psychological pressure and lack of self-confidence may lead to the anxiety of publicly-funded normal students. To solve the above problems, this study puts forward the corresponding countermeasures, including establishing a positive learning environment, providing effective learning methods and psychological counseling and support. In this way, it can help the public funded normal students to overcome anxiety, improve their English learning ability and self-confidence, so as to better devote themselves to education.

Research on coordination and sharing mechanism of public library resources in Changde area from the perspective of ecological civilization

For a long time, the libraries in the same region have been divided into their own, which has seriously wasted social resources. Libraries, which originally had advantages, have not been able to develop in accordance with the established ideal model, often unable to meet the needs of readers due to the shortage of funds and other problems. At the same time, the harmonious coexistence of ecological culture and library culture has been ignored. From the perspective of ecosystem, the ecological niche of public libraries is convergent, and the role of ecological education is still limited. The construction of hardware facilities and equipment lacks of ecological elements, and a new cultural ecosystem formed by the library from the ecological perspective and its unique development mode are bound to contribute to the library cause. Therefore, this paper aims to combine the new deployment made by the central and provincial economic work conferences to further promote the construction of ecological civilization, focus on the actual situation of Changde, and explore the construction and optimization countermeasures of public libraries in Changde based on ecological theory, information ecology theory and high-quality development theory, so as to promote the high-quality development of public cultural services in Changde.

Innovative research on visual communication design in the context of new media

With the rapid development of new media technology, visual communication design has ushered in new opportunities and challenges. This paper investigates innovative approaches to visual communication design in the context of new media, with a focus on analyzing the innovation of new media technology in design tools, presentation forms, and user experience. This article demonstrates how new media can redefine visual communication design and proposes strategies to address innovation in visual communication design in the context of the new era.

Deployment and Implementation of Facial Feature Recognition Algorithm Based on RP-rv1126 Development Board

Firstly, it is necessary to use the Rockchip Micro RKNN tool to convert the inference model into an RKNN model that can run on edge devices. At the same time, a C++main program should be written to facilitate calling the RKNN model for feature inference on specific images; Configure the compilation options for the development board, enable the NPU mini driver, and after successful image compilation, generate an image file with the NPU driver enabled and re burn the development board. Finally, by uploading the main program, rknn inference model, and the image to be inferred to the development board, the inference of the algorithm on the development board can be achieved. Through actual testing, its model inference time is approximately 0.18s, which can meet the needs of facial feature recognition in certain scenarios.

Research on the Influence of Robot Operation Interface Design on User Experience

With the continuous development of technology, robots are increasingly widely used in various fields. As a key link in the interaction between users and robots, the design quality of the robot operation interface directly affects the user experience. This paper analyzes the elements of robot operation interface design, discusses the impact of different design factors on user experience, and proposes strategies to optimize robot operation interface design to improve user experience.

Design and optimization of information technology system integration architecture based on artificial intelligence

In the context of rapid development of information technology, system integration has become an indispensable part of the field of information technology. Its efficiency and optimization play a crucial role in enhancing the overall level of information technology services.The rapid development of artificial intelligence (AI) technology in recent years has brought new opportunities for the design and optimization of information technology system integration architecture.This article combines three mainstream system integration design patterns: centralized, distributed, and hybrid. With the help of artificial intelligence technology, it mainly uses deep learning algorithms and adaptive learning systems to design and optimize traditional information technology system integration architectures.Research indicates that leveraging artificial intelligence technology can effectively enhance the automation level of system integration. Through big data analysis, it is possible to more precisely formulate optimal strategies for system integration.The results show that, with the same investment in hardware resources, AI-assisted optimization design schemes have significant improvements over traditional design schemes in key performance indicators such as integration time, system operation stability, and data processing speed.The numerical efficiency has increased from 78.65% to 93.75%.The research results show that the introduction of AI technology has a positive role in optimizing the existing information technology system integration architecture, and is beneficial to the transformation of service provision under the information age. It has extremely broad development prospects.

Research on the design and fabrication of GaNHemt devices with improved high-frequency performance

This study focuses on the design and manufacturing methods of GaN HEMT devices in terms of highfrequency performance improvement, and discusses the comprehensive testing, analysis, structural design, and optimization of the manufacturing process of the device. The static, dynamic and reliability tests and analysis of the performance of the device were carried out, and the material selection, epitaxial structure, gate and sourcedrain structure of the device were optimized to improve the effect of thermal management. The high-frequency performance and reliability of the device are further enhanced by means of epitaxial growth, device processing and packaging process optimization. This research provides key technical and theoretical support for the design and production of high-frequency GaN HEMT devices, with the main goal of promoting the efficient and stable application of GaN HEMT devices.

Simulation and implementation of a high-performance cross-coupled substrate integrated waveguide filter

In this paper, the high-performance cross-coupled substrate integrated waveguide filter is simulated and implemented. Firstly, through an in-depth analysis of the working mechanism of the cross-coupled substrate integrated waveguide filter, the core elements of the high-performance design are clarified. Secondly, the numerical simulation model is established, the simulation parameters are optimized, the performance is analyzed, and the electromagnetic performance of the filter is improved. The paper in the implementation elaborates on the device structure design and process flow design preparation. After experimental testing and performance verification, the structure of the filter has been optimized and the performance has been improved. The results show that this filter has significant advantages in terms of electromagnetic performance and manufacturing process, and is suitable for practical use in high-performance communication systems.

Design and optimization of low power microwave rectifier circuit

This paper introduces the basic principle of microwave rectifier and the characteristics of lowpower microwave, and analyzes the structure and performance of existing low-power microwave rectifier circuit. Based on this, a new design scheme of low power microwave rectifier circuit is proposed, including the selection of key components, parameter design and circuit simulation and optimization. In order to improve the circuit performance, the optimization strategy is also discussed, mainly from the circuit structure, component parameters, layout and process, intelligent control and adaptive optimization. Through these means, the aim is to improve the efficiency of rectification, reduce loss, for the efficient use of low-power microwave energy to provide a theoretical and technical support.

A Brief Discussion on VR Technology and Computer Game Development

With the continuous advancement of technology, virtual reality (VR) technology has gradually become a popular field and has had a profound impact on computer game development. This article discusses in detail the characteristics of VR technology and its application advantages in computer game development, analyzes the challenges faced by the current integration of VR technology and computer game development, and proposes corresponding solutions. This exhibition showcases the new experiences and development prospects brought by VR technology to computer games, aiming to provide reference and inspiration for the further application of VR technology in computer game development in the future.

Existence of ground state solutions of critical Schrödinger equation with singular potential

In the present paper, we are interested in the following Schrödinger equation with singular potential v is a singular potential with parameter 0 < α < 1. Under some reasonable assumptions on v and λ, we establish the existence of ground state solutions. Compared with the recent results obtained in [8], we extend the scope (1,2)of α to (0,1)

Research on the Construction of Flight Platform Based on VR Technology

With the increasing demand for reform and innovation in flight training technology and the application and development of VR technology, this study aims to build a simulation flight training system platform based on virtual simulation technology. By taking advantage of efficiency and low cost, it effectively undertakes a part of the high-cost real aircraft and simulator training in flight training, thus promoting the goal of ensuring flight training safety and improving training quality. This paper elaborates on the design and construction of the platform from the perspectives of software and hardware, the application of the actual operating process, and the qualitative analysis of training effectiveness. It is not difficult to find that the flight training simulation technology based on VR technology is effective and feasible. The construction of this platform has also achieved certain results and has more diversified potential uses and development.

High-order neural network based on a hybrid firefly flower pollination algorithm

Pi Sigma neural network is a kind of high-order feedforward neural network, which is characterized by fast convergence speed and strong nonlinear mapping ability. However, for the growing large dataset, the traditional Pi Sigma neural network suffers from the problems of complex network structure, difficulty in determining weights, and low learning efficiency. Therefore, this paper proposes a hybrid heuristic algorithm that combines the flower pollination algorithm with the firefly algorithm to optimize the weights and biases of the Pi Sigma neural network. The experimental results show that the optimized neural network has good performance in many aspects.

Innovation in the Cultivation Model of Composite Talents in the Digital Economy Era

The digital economy is a new economic form with data resources as the core element. In the digital economy era, China’s society is facing the transformation and development of digital industrialization and industrial digitization, which puts higher requirements on the cultivation of composite talents. The rapid development of the digital economy requires attention to the cultivation of high-quality and versatile talents, and continuous innovation of training models to maximize the advantages of talent resources and comprehensively improve the quality of talents. In this regard, the article will focus on the requirements and innovative paths of cultivating composite talents in the digital economy era, for reference.

Research on Process Similarity Matching Method for Aircraft Skin Parts

Aim: Based on aircraft skin processing technology and aircraft skin part similarity matching algorithm, a similarity matching system of aircraft skin part has been developed. Method: Key feature parameters of aircraft skin parts forming process are accurately extracted by the cross-sectional method. The nearest neighbor strategy is adopted to quickly search all process design cases in the knowledge lib. The process feature matrix is standardized by interpolation method, effectively dealing with the problem of inconsistent process feature parameter. The stability and reliability of traditional TOPSIS algorithm are improved by a robust standardization algorithm to eliminate the influence of extreme values. Results: A system of aircraft skin process feature recognition and matching system was developed based on CAA technology. Conclusion: The system has achieved an accuracy rate of 85% on searching for typical aircraft skin parts processes in typical enterprises of aircraft. The developed system can effectively improve the efficiency of aircraft skin part process design.

Rainbow Coloring of Random Graphs

This paper explores the issue of identifying rainbow embeddings within random graphs, which occur when all the edges of a subgraph are colored distinctly. Using probabilistic methods, we investigate the conditions under which a random graph contains such an embedding. Specifically, for a specified graph H, when p is greater than the threshold, randomly select a color from the set of colors c to color the edges of graph G, then with high probability graph G contains a rainbow copy of H. These results provide new insights into the interplay between random graph theory and edge coloring, with potential applications in areas such as network design and combinatorics.

Design of Visual Communication System Based on Computer Graphics Design

With the development and innovation of computer graphic design software and the improvement of people’s aesthetic ability, visual communication system design in computer graphic design has become one of the main ways for people to transmit information today. Through visual communication system design, more rich information can be contained in graphic works, so that people can understand more content while appreciating works, improve their visual experience, and achieve visual communication system design in computer graphic design, promoting innovation in graphic design forms and artistic development. So how can we improve the quality of visual communication design in computer graphic design? This article will study the strategies for designing visual communication systems in computer graphic design.

The Impact of Digital Service Industry on Urban Energy Consumption in China

The development of the digital service industry not only fosters new forms of digital industries and creates new drivers for economic growth but also serves as a crucial engine for green and low-carbon urban transformation, offering innovative pathways to improve urban energy efficiency. Using matched data from 280 prefecture-level cities in China, this study empirically examines the relationship between digital service industry agglomeration and urban energy efficiency. The findings reveal that digital service industry agglomeration significantly enhances urban energy efficiency, and this result remains robust even after a series of tests, including the use of instrumental variable methods. Mechanism analysis indicates that both formal and informal environmental regulations play a significant positive moderating role in this process. Furthermore, heterogeneity analysis shows that the impact of digital service industry agglomeration on urban energy efficiency is more pronounced in key cities (provincial capitals and municipalities), non-resource-based cities, and cities located on the southeastern side of the Hu Line. The study concludes that leveraging the energy efficiency gains from digital service industry agglomeration is of great importance for promoting a synergistic transition to digitalization and greening, and for advancing carbon peak and carbon neutrality in a prudent and proactive manner.