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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.

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.

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.

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.

Decorative patterns are significant parts of people’s living space and important components on the surfaces of the daily necessities used in people’s everyday lives. They came into being and developed along with the human civilization. And they are still playing an active part in today’s social life. With the innovation and development of science and technology, parametric technology has become a valuable solution in art design and greatly influenced the design fields of architecture and landscape architecture. However, the designs of decorative patterns still rely on the old-fashioned manual designs of the designers, which give rise to the common problem of low innovation efficiency. In the new era of intelligent technology, parametric technology makes it possible for the designers of decorative patterns to improve their working efficiency and provide visual innovation. The experiment mentioned in this paper is a significant attempt for that goal.

With the progress of science and technology and the continuous development of social economy in the new era, art design has become an indispensable factor to promote economic development. The development of Internet technology provides favorable conditions for the expansion of the field of big data, and the collaboration of big data cloud computing enables the Internet to achieve efficient operation. Under the background of data, the combination of Internet and cloud computing technology can satisfy more functions, especially provide more powerful conditions for promoting the development of art design. In recent years, the research on big data analysis and art design methods has been deepening, which makes it easy for us to find that in the art design research based on big data analysis, we should pay attention to the characteristics of current information development, and combine digital information with network technology to improve work efficiency. By studying art design based on big data analysis, this paper analyzes the existing problems of art design under the background of big data, and puts forward solutions according to the existing problems, which provides better design ideas and methods for art design and facilitates the rapid development of art design.

The prosthetic hand is used to replace a missing part of a hand, which may be lost through trauma, disease, or congenital conditions in order to restore the normal functions of the hand. The state of the art design and development of prosthetic hands has been well studied and documented. The modern prosthetic hands which are computer-controlled via the means of electromyogram (EMG) signals are very helpful for amputees; however, they are expensive, not always available for low-income populations. This study presents a cost-effective solution for innovative design and development of a prosthetic hand for a patient who lost both hands due to the work accident. Design concepts of the prosthetic hand were successfully developed and tested. Different strategies for cost-effective design and development of the high-value added prosthetic hand are also discussed, including mass-customization and design for additive manufacturing.

With the development of technology, computer has become an indispensable means of expression in art design. CAI (computer-aided instruction) has also exerted a profound influence on the education of art design in universities. Traditional computer aided design education has been difficult to meet the training requirements of talents. The paper analyzes the status and problems of CAI, and discusses the innovative ways of it under the opportunity of the new era. It is hoped that new teaching methods will be used to cultivate talents more in line with the requirements of the times.

Japanese popular cultures such as art design, entertainment, and animation, have attracted large consumers in Asia. In the business world, the process of production and how creative professionals cooperate within a group or company is a way to observe how it proceeds of production.

Founded as bastions of European knowledge, universities in the Pacific were established to serve as vehicles to promote western knowledge and civilization among indigenous people. Nearly a century later, through the influence and advocacy of indigenous island scholars who have made gradual inroads into academic roles, many of these same universities have themselves been transformed through the inclusion of Pacific knowledge, pedagogies, language and culture. In this chapter, a Pasifika academic will share his view of the role of Pacific indigenous knowledge, pedagogies, language and culture in the academic life of universities in the Pacific region.