Search

With the rapid development of society and the continuous improvement of science and technology, art scholars in the process of artistic creation form more and more changeable, at the same time, the definition of art has also been further expanded, so in this development situation, the computer has been more and more widely used, showing an irreplaceable important position in the art field. “Computer design” is a new interdisciplinary subject, which integrates traditional art design and computer design well. It can be said that the development of computer technology is not only the development trend of future technology, but also in line with the goal setting of art.

Generally speaking, in the field of art design, music and picture are two different forms of art design. It is very difficult to transform them. But with the rapid development of artificial intelligence in recent years, it is easy to realize the transformation of the two. Not only that, because of the wide application of artificial intelligence technology, the field of art design and creation is also assisted by artificial intelligence. Designers should learn to combine artificial intelligence technology in the process of learning design creative programming. This paper mainly discusses the research and development of art design under the background of artificial intelligence. By introducing the concept of illustration, the development of illustration and the forms of illustration, this paper briefly analyzes the changes in the performance style of illustration in different periods, and further analyzes the characteristics of the performance style of illustration under the background of visual culture era, which helps to improve the artistic charm and practical value of illustration design.

Electrochemical sensor is a detection means that integrates electrochemical analysis technology with sensor technology. In this paper, we analyze the superiority of electrochemical sensors and the achievements made by electrochemical sensors in other related fields and argue the great impact of electrochemical sensors on modern industrial production and people’s life; we present the unique application of electrochemical sensors in textile art and its supporting design with the development of electrochemical sensor-assisted textile art and its supporting design and analyze the current situation of textile art and development requiring technological innovation, rapid detection of electrochemical sensor-assisted design, and the corresponding improvement of the quality and quality of the design. Also, we focus on the combination of design and art, using the characteristics of electrochemical sensors, the artistic expression, and functional enhancement, focusing on the space supporting the artistic effect. In this paper, two fibers, PU and PU/PAN-SPA, were designed with the aid of electrochemical sensors for rapid detection and tested for their water absorption, moisture permeability, air permeability, and mechanical properties, all of which performed well and can be used as good materials for textile art design. The use of electrochemical sensors to assist in the design of suitable textile fiber materials according to artistic expression techniques can better stimulate the artist’s creative inspiration and release more contemporary artistic energy.

This paper introduces the principle and method of computer-aided generation and design of fractal art pattern, discusses the generation algorithm of fractal pattern, the composition algorithm of fractal art pattern and the related problems of developing art pattern design system based on fractal method. A large part of art design work is art pattern design. Combining fractal theory with computer graphics, a large number of beautiful and complex fractal patterns can be generated by simple iterative formula, which is very suitable for the auxiliary design of art patterns. The pattern generated by fractal theory can be used in many fields, such as advertisement design, packaging graphic design, home design and so on.

The application of artificial intelligence in environmental design has entered a stage of rapid development, artificial intelligence in environmental design tools, methods, expression, as well as the expansion of design content, the richness of design language and other aspects have produced a wide range of changes. From the perspective of artificial intelligence in environmental design, this paper discusses the future trend and possible revolutionary changes of artificial intelligence in environmental design. This paper combs the application of artificial intelligence in environmental design, analyzes the design works with wide influence, and discusses the value and significance of artificial intelligence in applied environmental design, as well as its possible future development trend. The application of artificial intelligence in environmental design is a great change from design means to design content. From the interactive ability, virtual ability, to the integration of big data, all are new opportunities and challenges brought by the ability of artificial intelligence to environmental design. In response to such changes, environmental art design practitioners should establish a more systematic, three-dimensional and data-based design activity system and a broader design theory system.

with the continuous development and progress of China's urbanization, the number of architectural decoration projects in China continues to increase. With the continuous improvement of people's living standards, people have greater aesthetic requirements for architectural decoration, which also brings greater challenges to architectural decoration design. CAD technology means, as a kind of information and scientific technical means, is widely used in industrial design, product design, art design, architectural design, decoration design and other work under the support of computer technology, laying a good foundation for the design work in various fields of society. This paper will analyze the connotation of CAD technology in detail, put forward the advantages of CAD technology in architectural decoration design, summarize the application skills of CAD technology in architectural decoration design and the strategies to improve the architectural decoration design of CAD technology, so as to effectively promote the development and progress of architectural decoration design in China.

With the advancement of modern technology and the growing development of new media technology, the computer technology programming language has been increasingly applied to the world of art. Meanwhile, the scientific technology, design art and the growing aesthetic standard have promoted the development of the art of new media interactive installation. With the accelerated global warming and sea level rise, the coastal areas are confronting a great risk. On a case study of the “The vanishing Antarctic continent”, the paper discussed the creation of interactive installation art design with social significance through the computer programming language, calling for the environmental protection while stimulating the human-computer interaction and resonance.

In order to solve the problem of low flexibility margin of traditional art and design resource scheduling in colleges and universities, an optimization method for art and design resource scheduling in the 6G network environment has been designed. By determining the flexibility margin index of university art and design resource scheduling, the scheduling optimization model is established, the scheduling communication parameters are set for the 6G network environment, the delay of university art and design resource scheduling is perceived, the period of insufficient flexibility is searched, and elimination measures are taken to realize the optimization of university art and design resource scheduling. The experimental results show that the margin of the designed scheduling method is always higher than that of the experimental control group in the same scheduling period, which can solve the problem of low scheduling flexibility margin of traditional methods.

This article systematically analyzes the teaching of art design through the method of documentation, interviews with teachers, students and students, graphical methods, and case analysis. It aims to explore the reform of the teaching mode of art design under the background of information technology, and the research concludes that the teaching of art design It should develop from a single curriculum system to the direction of “multi-level and deep integration”, and to develop from the traditional teaching method to the direction of “multiple, mixed and open”.

Background. With the continuous maturity of computer software and hardware technology, the theory and method of computer-aided art design have developed rapidly. Objective. Applying artificial intelligence theory to computer-aided process art design is one of the newly developed research hotspots, and it is also the development trend of industrial design modernization. Methods. On the one hand, it can transplant the research results in the field of artificial intelligence into computer-aided art design, and on the other hand, it expands the application field of artificial intelligence, so that the two can be perfectly combined to promote common development. Results. With the development of artificial intelligence technology, computer art has gradually become a very active field, and a large number of computer art works are available every year. Conclusions. This paper briefly describes the basic concepts of computer-aided art design and artificial intelligence and discusses the application of artificial intelligence in computer-aided art design.

The widespread use of artificial intelligence in the field of design teaching has become a development trend, and for the art design profession, we should conform to and actively adapt to this development trend, change the original teaching mode, innovate their own teaching methods, constantly enrich the teaching methods, so as to improve the quality of teaching, and constantly cultivate high-quality art design talents in the new era. For the subject students, they grow up under the Internet. They are more affectionate to many new technologies, and the traditional teaching methods have some problems to meet their learning needs, so it is very necessary to introduce artificial intelligence in teaching. In this paper, we will discuss the optimization of the curriculum system of art design in higher education institutions in the context of artificial intelligence. The purpose of guiding the innovation of environmental art design thinking is to stimulate students’ learning ability and innovation ability and learn to use design ideas in practice. Integrating design thinking with artificial intelligence gets four innovative ways of culture, form, function, and emotion in terms of innovation at the design thinking level; in terms of thinking innovation guidance, it gets the guidance of role transformation and model practice, integrating artificial intelligence with environmental art design thinking, designing interactive spaces more in line with the times, and promoting the harmonious development of human and nature.

In order to solve the declining influence of traditional cultural symbols, the research on traditional cultural symbols has become more meaningful. This article aims to study the application of traditional cultural symbols in art design under the background of artificial intelligence. In this paper, a fractal model with self-combined nonlinear function changes is constructed. By combining nonlinear transformations and multiparameter adjustments, various types of fractal models can be automatically rendered. The convolutional neural network algorithm is used to extract the characteristics of the style picture, and it is compared with the trained picture many times to avoid the problem of excessive tendency of the image with improper weight. The improved L-BFGS algorithm is also used to optimize the loss of the traditional L-BFGS, which improves the quality of the generated pictures and reduces the noise of the chessboard. The experimental results in this paper show that the improved L-BFGS algorithm has the least loss and the shortest time in the time used for more than 500 s. Compared with the traditional AdaGrad method, its loss is reduced by about 62%; compared with the traditional AdaDelta method, its loss is reduced by 46%. Its loss is reduced by about 8% compared with the newly optimized Adam method, which is a great improvement.

With the gradual fading of the global industrial economic era, a large number of products of the industrial era have appeared. People are already in the invisible pollution of brownfields. The emergence of brownfields has brought a series of thorny issues related to the environment and society. This article expounds the concept and classification of brownfields. Guided by the concept of ecological restoration and landscape regeneration, it analyzes and researches the sense of brownfield landscape design from the aspects of ecological environment, social and cultural, economic value, and aesthetic value. The whole process of guiding the landscape design in industry has a clear direction to promote the optimization and perfection of the environment in my country's urban industry.

It is considered that only on the basis of studio teaching and by grasping the relevance of design specialty, forming a scalable and permeable platform, improving the teaching quality and enhancing the service consciousness of students' art design, can we better adapt to the current industry demand of art design education under the background of digital innovative design technology.

Nowadays, art design majors are offered in all art colleges and universities in China, but the students and teachers of this major often do not have a deep understanding of art design, which hinders the folk art inheritance of Chinese art design students. This paper explains folk art and art design, analyzes its characteristics, puts forward the problems of folk art inheritance in China, and puts forward the effective path of art design into folk art.

With the continuous development of social productivity and science and technology, the demand for VR technology in all walks of life is growing. VR technology has also made great progress, and gradually become a new field of science and technology. Nowadays, the continuous innovation of scientific and technological means has made China’s art develop rapidly. In particular, the in-depth popularization and integration of VR technology in this field has greatly promoted the innovation and development of the entire art design industry, making art design gradually break through the limitations of traditional concepts and become more convenient and accurate. Moreover, the close integration of VR technology and modern art creation also promotes the transformation of traditional design concepts and even creation methods, making art creation present a new look. The research content is mainly based on the concept, characteristics and application status of VR technology, so as to explore its positive influence in the field of art design.

Having the ability to do something efficiently and successfully is essential to any worker of any discipline, but who’s to say that a worker has or has not developed competence, Only the instructor? The worker? Both? If for example we select a driving school, who’s to say that a student is competent to drive? If he is going to drive it, we better be sure that not only the instructor, but the student feels competent enough to drive, otherwise, an accident could happen. In this paper, we will present the self-analysis of a group of 30 students from 3 different disciplines (IT, Art design, and Industrial Engineering) on the development of collaborative multidisciplinary work, problem analysis, and problem-solving competence along with this, we will present the comparative of the professor’s evaluation of those same competencies. Both of them gave substantial evidence that high development levels have been achieved.

With the continuous update and progress of computer technology, there are more and more display ways in public environment, and many high-tech ways such as virtual reality are also integrated into the display of public environment design. Its interactive, comprehensive and realistic features enhance the artistic sense of the whole design. Public art creation is a kind of diversified art design that includes different disciplines. Its main carrier is the display of environment and culture, which involves a wide range of fields and can better meet the people’s pursuit of sensory stimulation in modern society. Therefore, this paper will make an in-depth analysis of the application of virtual reality technology in public art creation, and briefly describe its design principle and its application mode, in order to provide some valuable opinions for future practice creation.

In the twenty-first century, the computer industry has been developing rapidly, and computer aided design has also gained a larger development space. Under the promotion of high technology, computer design and art are connected together, forming the calculation aided design. This kind of design has been widely used in many aspects of the art industry, especially in the art design. Visual art is essentially developed from art. Computer art is developed from traditional art, which is a new art which is suitable for the new century. It takes computer as a new creative means, enriches the content of computer art, and develops with the continuous progress of computer technology. Therefore, it is very important to meet the development requirements of the new century society and to integrate computer aided design into computer art design successfully.

The purpose of teaching is to improve students’ enthusiasm, participation and ability training, and the rational use of technology in virtual reality teaching will produce good teaching effect. In the future, virtual reality technology will become the most critical technology in the field of teaching. The teaching of art design major needs students’ ability to analyze three-dimensional space, and the application of virtual reality technology can greatly meet the requirements of cultivating this ability in art design teaching. Under the multi-perception, interaction and simulation of virtual reality technology, virtual reality technology can make people have the “super ability” of participating and controlling events, and put forward the application of virtual reality technology in the cultivation of practical ability of art design specialty in colleges and universities. According to survey data, the number of virtual reality technology users increased from 520000 in 2015 to 4.999 million in 2017, an increase of 4.479 million in three years.

The arrival of the digital era has brought convenience to people’s production. For the art design of film and television (FT) animation, the introduction of advanced digital technology makes the traditional FT animation art better play its artistic, animation and interactive effects. In the digital era, the development and innovation of FT animation art cannot be limited to the creation of FT animation itself, but also to explore the impact of the digital era on the future development of FT animation art, making it a new trend of FT animation art development. The art of FT animation adapts to the development of digital age and matches with advanced digital technology. In China’s FT art, digital media interaction technology is booming and has made breakthroughs in market supply and intelligent technology. However, with the development of new technology, man-machine still faces a series of challenges. Therefore, this paper explores the impact of the digital era on the FT animation art, analyzes the future development direction of the FT animation art, and puts forward the innovative creation mode of the FT animation art in the digital era, so as to provide reference and reference for the digitization of the FT animation art.

This paper analyzes the current situation of color teaching in art design colleges, and explores the construction of innovative curriculum system of color teaching in art design colleges by combining the particularity and innovative curriculum research of color teaching in colleges.

There are obvious artificial effects in the constructed art design images such as iterative hard thresholding and other traditional algorithms, especially when the sampling rate is low. These artificial effects not only seriously influence the visual effect of constructed art design images, but also influence the performance of subsequent processing. One-dimensional MFDMA algorithm for art design image in this paper takes the construction results of the traditional construction algorithm as input. One-dimensional MFDMA algorithm is used to extract the features under different scales to achieve the multi scale information mining and fusion of the constructed art design image. Most of the artificial effects have been removed by one-dimensional MFDMA algorithm for image recovered. The subjective visual effect of art design image is improved obviously, and the result is closer to the original art design image.

In the era of big data, the application of digital technology design has promoted the transformation of social production and lifestyle. The application of digital technology design in the modem landscape field tends to be widespread. This article discusses the theory and practice of plant configuration in landscape design, and studies how to use digital technology and plant characteristics to create better landscape effects, coordinate plant functions and users, achieve a good landscape space, and comprehensively enhance the landscape Art design level.

With the traditional interactive method of virtual scene, when users observe art design works of virtual scene environment, they usually cannot understand where they are at the moment and feel lost. Therefore, a new interactive method of virtual scene in environment art design is proposed. The design model of the environment scene is introduced. The design process of the interactive module is introduced, and the location of the user in the three-dimensional scene is determined. The realization process of the interactive communication module is analyzed, and the implementation mechanism and process of virtual scene interaction are introduced. In the two-dimensional map, the plane coordinates are transmitted to the virtual scene, then using the relocation function to get the coordinates in the virtual scene, and display virtual scenes centered on this coordinates to achieve the purpose of interactive virtual scene. Experimental results show that the proposed method can effectively realize virtual scene interaction without loss of memory, and the hardware consumption and real-time testing can meet the requirements of user vision and interactive experience, strong robustness, high degree of user interest.

With the rapid development of science and technology, the combination of artificial intelligence and design has become the trend of the times. More intelligent user experience and more efficient working methods are very important for the future development of design. Under the influence of artificial intelligence on the design industry, a lot of new tools and methods have been produced. As a new design tool, artificial intelligence not only brings about the optimization of design efficiency, but also has a great impact on the design thinking and concept. By studying the existing problems of artificial intelligence and art design at the present stage, the future development direction of the two is found. On this basis, the combination mode of artificial intelligence and design and the future development direction are found.

Modern information technology is widely used in art design majors of higher vocational education and plays an important role. This article takes the professional art design major as the research object, and takes the artistic design innovation and entrepreneurship talent cultivation mode as the starting point. The exploration and construction of the “one ring and three deductions” innovation and entrepreneurship talent cultivation model for higher vocational art design majors in information technology. First, through literature review, summarize domestic and foreign research on keywords such as information technology, innovation and entrepreneurship education, and art design talent training models, and then discuss the “one loop and three buckles” theory related to this article. The teaching methods have changed from simple explanations in the past to modern multimedia presentations using information technology. This has increased the interest of the classroom, stimulated students’ interest in learning, and improved learning efficiency.

Art design is currently involved in many fields, which belongs to a relatively high-end industry, and needs the talents to be equipped with strong professional qualities and abilities. Especially in the context of the rapid development of current art design, the industry has a strong demand for high-quality innovative and entrepreneurial talents. Cultivating talents with innovative and entrepreneurial thinking and certain professional qualities and abilities is the main direction and goal of the cultivation of art design professionals in colleges and universities. This paper introduces the significance of the cultivation of innovation and entrepreneurship ability of art design professionals, analyzes the problems in the cultivation of innovation and entrepreneurship ability of art design professionals in colleges and universities, and explores effective countermeasures for the cultivation of innovation and entrepreneurship ability of art design professionals in colleges and universities.

In the context of the continuous development of technology and economy, the construction industry is also constantly developing and changing, and the application of artificial intelligence technology in landscape architecture art is one of the achievements. The application of artificial intelligence technology to landscape architecture art design is conducive to the further improvement of people’s quality of life and work. Based on this, this paper analyzes the application of artificial intelligence technology in landscape architecture art design. This paper conducts research through the combination of literature review method and experimental comparison method, and summarizes relevant domestic and foreign literature materials to find that artificial intelligence technology in landscape architecture art design The application in the main has the following results: application in landscape architecture art design, application in landscape architecture plan, application in landscape architecture construction, application in landscape architecture construction, application in waterscape design, applications in floor paving, applications in visual lighting, and interior design applications. Through the comparison between two design companies in a certain area for the comparison of landscape architecture art design experiments, it is concluded that the use of artificial intelligence technology for architectural art design has the following advantages: the use of artificial intelligence technology can create multiple, simple operation can be used Complete drawing and innovative art forms. The results of this paper show that the use of artificial intelligence technology for landscape architecture art design has more advantages.

The core competitiveness of students majoring in visual communication design in the job market depends on their achievements. In this paper, aiming at the problems existing in the cultivation of art design professionals and the needs of modern enterprises for visual communication professionals, the “three-in-one” practical teaching training mode based on the concept of OBE is introduced. This mode ensures the professional, professional and professional training of visual communication design professionals, realizes the coordinated development of students' knowledge,ability and quality, and improves students' practical ability, innovation ability and lifelong learning ability.