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In order to improve the humanization and convenience of online art design, this paper applies digital simulation technology to the art online design system and establishes a set of sequential multi-free-form surface design methods. Based on the obtained front free-form surfaces, this paper establishes the relationship between the discrete points on the subsequent free-form surfaces and their spatial solid angles and, through extremely complex theoretical deduction, finally obtains the subsequent free-form surfaces. In addition, by combining the two free-form surfaces to enter the 3D modeling software, we can obtain an optical lens with multiple free-form surfaces to improve the digital simulation effect. Finally, this paper uses the intelligent system constructed in this paper to conduct multiple sets of simulation experiments to evaluate the digital effect and artistic design effect of the system constructed in this paper. From the experimental research, it can be known that the art online design system based on digital simulation technology constructed in this paper basically meets the expected goals of the system constructed in this paper.

The study is aimed at solving the problem of large measurement errors caused by the binocular camera in traditional 3D art design, which leads to inaccurate 3D information of the target. The contour information extraction in the process of human motion pose reconstruction is easily affected by the noise in the image. Therefore, a binocular stereo vision system is built first and it integrates image acquisition, camera calibration, and image processing. The dedistortion method is used to process the image because it can reduce errors. Second, a three-dimensional human motion pose reconstruction model is implemented, the Gaussian template is used to remove the noise in the image frame, and the change detection template (CDM) is used to solve the problem of background “exposure” and “occlusion.” Finally, simulation experiments are designed to verify the system and model designed. Since the research on the application of pose estimation based on visual sensing technology in art design is still blank, such research has great significance and provides a reference for the research in the field. The literature analysis is used to expound and analyze the application of pose estimation based on visual sensing technology in visual communication design and environmental art design: (1) although the binocular stereo vision system causes some errors in the measurement, the overall error is controlled within 2% and the accuracy is high, which proves that it can be applied to the acquisition of three-dimensional information of the target in art design; (2) there is a high degree of fitting between the video sequence data created by the three-dimensional human motion pose reconstruction model designed and the real motion data, which indicates that this method has high accuracy in processing image sequences and the feasibility of applying it to human pose reconstruction in three-dimensional art design is high; (3) through the analysis of the existing literature, it is found that most of the current visual-based attitude assessment studies are carried out by using network cameras combined with computers, and the quality of the obtained images is low. The combination of binocular stereo sensor and attitude estimation technology can be applied to the design of advertising, animation, games, and packaging, making the behavior of virtual characters in animation and games more vivid. The combination provides convenience for the collection of environmental spatial information and object attitude information, the formulation of a design scheme, and real-time monitoring of construction in environmental art design. The purpose of this study is to provide an important theoretical basis for the technical upgrading of art design.

After a lot of literature reading and practical research, the paper uses the parametric modelling method of curve simulation characteristic line to establish the mathematical model of the furniture product leg shape. This article first uses the surface construction method to analyse the composition of the leg size of the industrialised production and manufacture of furniture products, and makes the solid modelling according to the construction method of non-uniform rational spline mathematical curve and surface simulation. At the same time, the parameter function of furniture leg type is set on SolidWorks, and the research results obtained in the paper are found by simulation, which opens up a new research path for the application of mathematical curve model in furniture design.

Research conducted by the World Health Organisation (WHO) in 2018 demonstrated that the worldwide threat of cardiovascular diseases (CVDs) has increased compared to previous years. CVDs are very dangerous: if timely treatment is not performed, these conditions could become irreversible and lead to sudden death. Prescriptive measures include physical exercises and monitoring of the heart rate (HR). Despite the existence of various HR monitoring devices (or HMDs), a major challenge remains their availability, particularly to people in lower-income countries. Unfortunately, it is also this segment of the population that is the most vulnerable to CVDs. Accordingly, this led the authors to propose the design for an easily constructible state-of-the-art HMD that attempts to provide a highly accessible, lower-cost, and long-lasting solution that would be more affordable and accessible to these low-income communities.

Traditional art design models are inefficient and difficult to control the modal characteristics of images. Based on the actual needs of artistic design, this paper builds an intelligent model of artistic design image modal analysis based on machine learning technology and image recognition technology, and proposes a feature extraction method based on wavelet transform and fuzzy logic and an art image classification method based on rotating quaternion wavelet transform. Moreover, this paper calculates the activation intensity value corresponding to each fuzzy area in the fuzzy feature space and normalizes these activation intensity values to form the artistic image feature vector. In addition, this paper uses rotating quaternary wavelet transform to decompose the art image, and then calculate the energy and standard deviation of each decomposed sub-band coefficient. Finally, this paper uses support vector machines to recognize artistic images. The experimental research shows that the model constructed in this paper has certain effects.

The three-dimensional intelligent simulation of image art design is an important means of current image art design, which is affected by many factors. The traditional 3D intelligent simulation technology has certain defects, which leads to certain defects in 3D artwork. This paper builds a three-dimensional art design system based on dynamic image detection and genetic algorithm. The system simulates the actual dehazing method, and this paper proposes a dehazing algorithm suitable for this system and proposes to use bilateral filtering instead of median filtering. Because bilateral filtering has good edge retention, it can eliminate the blockiness caused by median filtering. Moreover, this paper uses FMM (Fast Marching Method) algorithm to repair the image. In order to verify the performance of the model, this paper conducts quantitative evaluation through system simulation and user satisfaction survey methods. The research results show that the method proposed in this paper has a certain effect and can be applied to practice.

Despite the development of intelligent technology, there are many problems in the improvement of teaching ability of professional courses in art design, namely, the impact from multiple factors, the imperfectness of the evaluation index system, and the lack of quantitative analysis. To solve the problems, this paper probes deep into the connotations and influencing factors of the teaching ability of the said courses in the context of intelligent technology. Through theoretical analysis, several strategies were presented to improve the teaching ability of the said courses. To effectively evaluate the ability, the authors set up a robust evaluation index system from multiple angles, and provided a quantitative analysis model. The research results provide a good reference for art design teachers to improve their teaching ability.

With the continuous development of informatization, digital video is increasing sharply every moment. Multimedia information represented by video streams has gradually become the main form of information media in the field of information processing. This paper proposes a method of directly extracting I-frames in the compressed domain, which overcomes the shortcomings of traditional video retrieval algorithms that decompress video files before processing. From the point of view of the scene, it discusses how to synthesize the scene summary using I frames to obtain the smallest computer-aided unit in the video. The new model promotes the information transformation of art design activities, provides excellent theoretical tools for the extension of digital network to art design, and creatively brews a digital network learning platform based on network sharing. The new model applies the advantages of computer technology to the design of art categories, promotes the sound and orderly development of art design, and improves the professional level of art designers and producers. The new model was tracked and analyzed by means of work research and judgment, and the results showed that the effect of computer-aided art design and production model design was significant.

The article focuses on the inclusion of the external image of a person in communication practices. The authors study variants of art activities aimed at adapting the existing external image of a person to various socio-cultural situations. Communicative practices of using art design in shaping the external image of a person are positioned as" flexible " image models recommended for communication in different communities. The external image of a person is considered as a means that provides instant information exchange between communicants of various social groups. The visual components of the external image of a person that affect the translation of socio-cultural information, such as clothing and hairstyle, are indicated. The methods of art design in modern culture are defined as creative, contributing to the formation of a visual image that participates in the unification of social groups. It is established that the methods of art design, in the context of designing the external image of a person, affect the purposeful formation and adaptation of an image that translates belonging to a social group. Based on the results of the research, recommendations are presented for the choice of art design methods in the process of designing the external image of a person, taking into account the communication goals of representatives of different social groups.

Summary Internet-connected clothing/textiles is a promising but underexplored option for future personalized health care. Here, we report a textile-based sensor (TS) system with art design for wearable biomonitoring and interacting over the Internet. The TS is capable of delivering a sensitivity up to 3.88 V/kPa for ambient tiny pressure sensing. Made of durable materials, the TS exhibits remarkable robustness after more than 80,000 cycles of continuous operation. A wireless biomonitoring system (WBS) has been developed for timely processing of the acquired human pulse wave signals, wirelessly transmitting and displaying the patient’s health data via an APP interface onto a smartphone. The WBS was used to effectively diagnose obstructive sleep apnea-hypopnea syndrome during a whole night of sleep even with body movements. The textile-based wireless biomonitoring system represents a solid step toward constructing a body area network for personalized health care in the era of the Internet of Things.

The place and the role of stereoimage in art-design are defined. In the research, stereoobjects of designing are generalized and structured in accordance with kinds of design practices. The model of the art-design in the field of stereopolygraphy is proposed, which might facilitate developing scientific and methodological basis of design.

For the problem of parametric design of anisotropic curves and cambers in the practical application field of environmental landscape design, in this exploration, the modeling of design object is carried out through computer parametric technology. It is based on the information collection and data extraction of design object and the formulation of logical relationship between parametric variable factors related to design. For nonlinear systems, a necessary condition to judge parameters is proposed. This criterion is a natural extension of the PBH criterion, which makes it easy to identify the parameters of the pseudo-linear system in the generalized case, and avoids a lot of complex operations; at the same time, a parametric design method of dynamic environment landscape is proposed systematically. In the first order, second order, high order and generalized nonlinear model, the complete parametric optimization method of environmental landscape design is established. The [Formula: see text] search function in MATLAB optimization toolbox is used to solve the generalized nonlinear system. The performance of the algorithm is tested by the examples of pseudo velocity, pseudo velocity uniformity and parameter optimization of the parametric curve called by the software environment. The results show that system dynamic process to simulate the dynamic environmental changes in landscape design by using the optimized parameter method is faster than that by using the unoptimized method. Meanwhile, the optimization method in this exploration can reduce the amplitude of change when external factors interfere, which shows that the optimized parametric design model has better transient performance; the curve generated by calling the drawing function provided in this exploration is smoother when the number of drawing points is the same.

State-of-the art design methods for a stacker crane rail/wheel system use unrealistic load collectives. Therefore, the results of these design methods are often inaccurate. The BS EN 13001-3-3 introduces a more realistic load collective, called the contact force spectrum factor. However, in practice the contact force spectrum factor is difficult to compute, since all contact forces over the considered stacker crane's life cycle need to be known. One way to overcome this obstacle is to run a simulation. However, this approach is computationally expensive. Therefore, this paper introduces machine learning models for predicting the contact force spectrum factor. For data generation a simulation model is used. The presented machine learning models are compared to the standard approach for computing load collectives. In comparison to this standard approach the machine learning models' predictions are significantly more accurate. The presented results make it possible to predict realistic load collectives for the rail/wheel system of stacker cranes. Hence, with this paper's results the efficient application of the BS EN 13001-3-3 for stacker cranes becomes possible.

With the rapid development of information technology, the construction of social informatization has become an important part of all walks of life in the process of reform and development, and the construction of teaching resources is an important part of realizing educational informatization. At the same time, with the rise of digital art craze, the demand for digital talents is very urgent, and training high-quality digital talents has become an issue of great concern to the society. For the purpose of improving teaching efficiency, this paper designs an art design teaching information system based on multimedia technology, which realizes the functions of user management, course management, homework management and online practice module. Using multimedia technology and database technology to build an open art design teaching information system. In order to better serve the education, teaching and educational administration of art design specialty, and promote the informationization process of school teaching.

Machine learning is the most important part of artificial intelligence, and the difference between artificial intelligence and ordinary big data analysis lies in its characteristics of machine learning. It is the only way to promote the development of theory and practice of technology and art in their respective fields to study the dynamic development relationship between technology and art in the specific era background and humanistic environment. Based on the machine learning algorithm, this paper analyzes the influence of artificial intelligence on art design, and demonstrates that the combination of artificial intelligence and art design can provide a more intelligent, stylized and commercialized development path for future art design with the promotion of innovation of ideas and tools. Combining with the development trend of artificial intelligence technology in the future, this paper predicts the future development of artificial intelligence art from the aspects of art content concept, art form and art media, and obtains a series of characteristics of artificial intelligence art in the future, such as micro-art form, strong ethical concept and new art media.

Some artists peel citrus fruits into a variety of elegant 2D shapes, depicting animals, plants, and cartoons. It is a creative art form, called Citrus Peeling Art. This art form follows the conservation principle, i.e., each shape must be created using one entire peel. Central to this art is finding optimal cut lines so that the citruses can be cut and unfolded into the desired shapes. However, it is extremely difficult for users to imagine and generate cuts for their desired shapes. To this end, we present a computational method for citrus peeling art designs. Our key insight is that instead of solving the difficult cut generation problem, we map a designed input shape onto a citrus in an attempt to cover the entire citrus and use the mapped boundary to generate the cut paths. Sometimes, a mapped shape is unable to completely cover a citrus. Consequently, we have developed five customized ways of interaction that are used to rectify the input shape so that it is suitable for citrus peeling art. The mapping process and user interactions are iteratively conducted to satisfy a user's design intentions. A large number of experiments, including a formative user study, demonstrate the capability and practicability of our method for peeling art design and construction.

In this paper a Power– and Variability–Aware Nonvolatile RRAM Cell (4CNFET2M) is presented. Memristor is used as a nonvolatile memory element. We have compared our proposed cell with standard 6T SRAM (S6T) cell and 2T2M RRAM cell (state of the art design based on memristor). The proposed cell shows 1.26 × /3.61 × shorter read delay/write delay variability compared to 2T2M. 4CNFET2M also shows 1.39 × narrower read delay variability compared to S6T. Furthermore, the proposed cell shows 6.4 × shorter write delay in comparison to 2T2M RRAM cell. 4CNFET2M consumes 106 × /2.02 × lower power during hold mode compared to conventional S6T SRAM/2T2M RRAM cell. Furthermore, the proposed cell also shows improvement in hold power variability compared to both the cells. All the simulated data, presented here, are for 1 V supply voltage. These improvements are achieved because of using the memristor and CNFET technology. These benefits are obtained at a cost of slightly longer read delay compared to 2T2M/S6T and 33.6 × longer write delay compared to S6T.

With rapid development of 3D virtual scene, virtual reality (VR) technology starts to be applied in teaching practice. Because of its conception and innovation, VR technology has certain advantage in art creation learning and teaching. In traditional art course teaching, theoretical knowledge is more than design practice, and the depth of design cases is insufficient. Thus, students lack driving force of art creation. On this basis, wall painting technology and VR technology were combined and applied in the course of Illustration Design in this paper. According to the course requirement of Illustration Design – many design cases, Illustration Design teaching mode based on virtual wall painting technology was constructed. The study result showed that, students more approved the new teaching mode, their interest improved greatly and teaching efficiency boosted significantly. The teaching mode can make up for defects of traditional art design teaching mode and contributes to cultivating students’ art creation ability.

With the development of digital and artificial intelligence, how to design comfortable design for users is a difficult problem in the field of design. The outstanding application of artificial intelligence in industry, medical treatment, environment and other fields makes the development of art design also face great opportunities. Therefore, this paper first analyzes the basic concepts of artificial intelligence and art design, and explains the development mode of both. In addition, this paper analyzes the influence and future development trend of artificial intelligence on art design, and provides ideas for further solving the application of artificial intelligence in art design.

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.

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.

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 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.

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.

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.

International audience; For almost 3 decades, research on auditory displays and sonification has been well advanced. Now, the auditory display community has arrived at the stage of sonic information design with a more systematic, refined necessity, going beyond random mappings between the referents and sounds. Due to its innate transdisciplinary nature of auditory display, it would be difficult to unify the methods to study it. This special issue covers a diverse collection of approaches to auditory displays, involving art, design, science, and research. Accordingly, the works in the present special issue included new theories, frameworks, methods, and applications about auditory displays and auditory user interfaces. We hope that this special issue can provide the state of art of auditory display research and auditory user interface design, offering fresh inspiration and motivation to researchers and designers for their future works.

Teaching technical drawing to students of fine arts in 2001 is the beginning of an idea that seeks to integrate various fields of knowledge. Later, life's opportunities lead you to teach artistic matters to architects and engineers. After years of teaching different subjects in different universities, the idea of proposing a new method to integrate art into science and science into art arises. We do not want to teach these ideas separately, but we want to consider them as a whole: art and science can go hand in hand. After years of experience, we can propose a new method where art and science could merge into a single concept. This way of thinking is promoted, following the STEAM approach to learning, creating a scientific journal called ArDln (Art, Design and Engineering - ['a:rdi:n]) and spreading the research carried out during these years. Art, design and engineering must set the basis for a new way of understanding the teaching-learning process. It also must set up a way to face the challenges of the future, facing problems from the rationality of science and the creativity of art. Named after the scientific journal, ArDln becomes the method to involve students in the necessary integration of art and science through a constant dialog and critical thinking. Metaphorically, the method is made of a nucleus where other concepts can connect; it is like a molecule, with its bonds that result in a stable set but that can also grow and evolve. Throughout different educational innovation projects, different professors have worked together not only to promote this particular approach, but also to connect learning experiences to the real world. The project based learning projects proposed, dealing with Design Thinking, have also been an opportunity to deal with the professional world where in the end a recognized professional has evaluated their proposals. More and more we are looking for a method that connects with the professional world, where the student is a spectator as well as an actor in their learning period. We seek for a horizontal learning where teacher and student work together. Educational environments must leave the classical classroom; they must connect in a real way with the external world where at the end of their studies they must move with knowledge as well as with ease. We need to prepare them from the self-assessment as a useful and necessary tool once they leave their studies, understanding the importance of training them in a humanistic environment.

Contemporary public art needs to be carefully designed with its unique advantages to achieve its wider diversity, participation and interaction. Based on the MBD process model, the basic process description and evaluation method of process design features are established. Based on the model definition, the key equipment information of process design is the initial data of process optimization. The process design and optimization are realized. It provides an application method based on full 3D model for art design and optimization. An application example of process design is established. Combined with the actual demonstration of MBD, the design optimization process model is an important guarantee for process design. The results show that the distribution of intelligent hardware users in South China accounts for 34.9%, and that in Central China accounts for at least 16.9%.

Design of an attachment scheme of a flight vehicle to a fighter aircraft is a critical task. Here, flight vehicle is a cylindrical body and it is attached to fighter aircraft with the help of a component called launch lug. Loads experienced by the flight vehicle in captive condition have been estimated by using aircraft parameters obtained during previous missions of similar kind of vehicles. This paper provides state of the art design consideration of the attachment scheme (launch lug and shell assembly) of the flight vehicle to the fighter aircraft. The structural integrity of the flight vehicle and its attachments scheme to the fighter aircraft has been verified at various aircraft manoeuvring conditions in its flight envelope through analysis. Design is verified using laboratory testing and in field trials. Finally this flight vehicle with the attachment scheme was used in flight trials.