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Optical processing technology can improve the accuracy and efficiency of image processing. Visual packaging art design simulation is to quickly generate realistic packaging effects in the early stage of packaging design, so as to make better design decisions. Traditional simulation methods often require a lot of time and human resources, and the results lack realism and detail. Machine vision technology based on optical processing can make full use of image processing algorithms and computer vision technology to achieve efficient and accurate packaging design simulation. In this paper, a machine vision technology framework based on image optical processing is proposed. In the image acquisition stage, high-resolution cameras are used to acquire real packaging images, and in the optical processing stage, algorithms are used to enhance, reduce noise and correct images to improve image quality and clarity. In the image analysis stage, machine learning algorithms are used to extract features and detect and identify packaging elements, providing data support for subsequent simulation rendering. The results show that the machine vision technology based on image optical processing can generate high quality and realistic simulation effect of packaging design. Compared with traditional methods, this technique has achieved significant improvements in terms of time cost and design quality. [ABSTRACT FROM AUTHOR]

Art design is a method of conveying human feelings and emotions, particularly via the use of visual structures such as paintings or sketches. Every element of our life, including arts and crafts, has been positively affected by the introduction of novel technologies such as artificial intelligence (AI) and machine learning (ML). In today's modern environment, these technologies have altered the techniques of art creation, consumption, and distribution. In today's environment, ML and human emotions are the two most important aspects for interactive and high‐quality art design. Whereas traditional learning systems can be extremely effective in the teaching and learning process of art‐related subjects, AI and ML can be very effective in the teaching and learning process of art‐related subjects for the advancement of learners' artistic skills. The productive and active role of AI and ML in the developments and advancements of art design has been given a very comprehensive and detailed overview in this study. Following a detailed examination of the existing techniques, distinct characteristics have been identified. Six of the most widely utilized features were chosen from the literature to execute the analytical hierarchy process (AHP). For ranking the options based on the weights derived by AHP, the TOPSIS algorithm is used. The option with the best performance came in first, whereas the one with the worst performance came in last. [ABSTRACT FROM AUTHOR]

The mental model of art design in the realm of virtual reality (VR) technology is a dynamic fusion of creativity, immersion, and technological innovation. In this paradigm, artists leverage the immersive capabilities of VR to transcend traditional boundaries, creating a multisensory experience that goes beyond the confines of a two-dimensional canvas. The artist's mental canvas extends into a threedimensional space where users can engage with art on a profound level, exploring and interacting with the artwork in ways previously unimaginable. The core objective is to redefine art design design through the lens of machine vision cognition into the ethical and social implications inherent in Art Design. With the integration of Hidden Markov Probabilistic Swarm Optimization (HMPSO) to amplify the capabilities of VR systems. At the forefront of this study is the reimagination of art design design, characterized by aesthetics, ergonomics, and functionality. The infusion of machine vision cognition into these designs not only enhances user experience but also prompts contemplation of ethical considerations surrounding privacy, accessibility, and informed consent. Ethical and social implications are scrutinized comprehensively, acknowledging the profound impact of VRs on individual rights, security, and privacy. The research probes into equitable access to VR technologies, ethical data utilization in art design, identity verification, and surveillance contexts. Central to this multidisciplinary inquiry is the integration of Hidden Markov Probabilistic Swarm Optimization (HMPSO). With swarm intelligence and probabilistic modelling, HMPSO enhances the efficiency, accuracy, and reliability of Mental Model VR systems. It addresses the critical challenge of reducing false positives and false negatives in VR authentication. The research methodology comprises performance evaluations, ethical analyses, and socio-cultural investigations, offering a comprehensive view of the interplay between design innovation, machine vision cognition, ethical awareness, and the application of HMPSO in the Art Design. [ABSTRACT FROM AUTHOR]

Under the background of the continuous impact of new media, with the deepening of art education reform, more creative teaching thinking and teaching methods are integrated into the art design education classroom in universities. In the continuous progress of art design major, how to change the traditional art education classroom and make the teaching more innovative has become one of the research contents that the teaching workers focus on. Therefore, in order to export interdisciplinary talents to the society, it is an inevitable trend for universities to act interdisciplinary teaching and learning mode in combination with the background of new engineering and the widely used STEAM concept. This paper analyzes the teaching mode of art design major in higher education, and then analyzes the current situation of engineering practice courses in universities. According to the characteristics of art students and engineering students, it explores the interdisciplinary teaching mode of introducing art design elements into engineering practice courses, which can provide the orderly development of art education with reference in universities. [ABSTRACT FROM AUTHOR]

After entering the twenty-first century, with the development of science and technology represented by artificial intelligence, the content of art design and creation is increasingly rich. Its intelligence, interactivity and digital content expression make the relationship between science and technology, art and people more close and also bring new opportunities for the development of interactive art. Among them, human–computer interaction is more and more widely used. With the promotion of this kind of technology, interactive art is no longer based on auditory sensory experience, but on the in-depth study of human nature and comprehensive senses. On this basis, human–computer interaction technology is introduced, thus forming a comprehensive visual art form, which communicates and expresses through strong interaction, initiative and emotion. Based on machine learning technology and human–computer visual interaction technology, this paper explores the art visual communication module based on human–computer interaction system. By analyzing the audience's line of sight and visual differences, we can get the audience satisfaction, so as to improve the expression of the work. Firstly, this paper proposes the design of human–computer interaction visual structure and introduces the basic structure of art visual communication system, the simulation of art visual scene, the process and evaluation index of human–computer interaction recognition, visual recognition effect, etc., based on the needs of visual interaction. Finally, it analyzes the common forms of human–computer interaction in art visual communication, the reconstruction of thinking mode of art visual communication and the development direction of art visual communication. This paper believes that human–computer interaction technology plays a leading role in the development of the art field. It has a variety of functions, displays methods and values. By studying machine learning algorithm and human–computer interaction system, this paper applies it to the field of artistic vision, thus promoting the development of artistic visual communication. [ABSTRACT FROM AUTHOR]

With the development of the society, people's material needs are increasing rapidly. Based on this background, intelligent household furniture products with high-tech content are integrated into the field of interior design, and then gradually infiltrated into people's production and life. And from a smart technology perspective, we analyze the art design of smart home products based on machine learning algorithm. This algorithm can make the actual classification results of the test samples consistent with the network output values, and the error values can also meet the accuracy requirements, so as to effectively determine the defect types of the parameter samples. Among them, the art design of smart home products includes home equipment network group, embedded gateway implementation, cloud server construction and interaction design, independent product auxiliary control system and other parts. Finally, through the simulation test results of the intelligent positioning function of the product, we can know that the communication efficiency of the product basically meets the requirements. Interior design products are indispensable in people's home life, and play an important role in the whole indoor environment, such as art paintings, bonsai, woven art, etc. In addition, household appliances and lamps will also affect the aesthetic feeling of the whole interior design. This study tries to introduce machine learning technology in the field of interior art design to make it more intelligent, and a kind of effective algorithm design is completed. [ABSTRACT FROM AUTHOR]

The main purpose of this scientific study is to identify key areas for the development of the artistic and creative activity of students studying the basics of design in higher educational institutions, which contributes to improving their creative abilities and developing the ability to create an innovative product design. The basis of the methodological approach in this scientific study is a combination of methods of systematic analysis of the key principles of teaching design in modern higher educational institutions with a comprehensive study of the real prospects for the introduction of innovative solutions in the process of teaching design in order to develop artistic and creative activity among future specialists in this profession. The results are the importance of developing modern students' artistic and creative activity for design departments of higher educational institutions to improve their skills in creating artistic product design and the ability to develop innovative design were obtained. Also, the results illustrate the success of applying specific methods of training designers to implement the tasks. The practical significance of the results obtained in this research work lies in the possibility of their application in the process of teaching students of design departments of modern higher education institutions to develop their understanding of the principles of artistic design and the ability to transfer such skills to the creation of modern products with innovative design. [ABSTRACT FROM AUTHOR]

Animation ink is a unique form of artistic expression, which is taken from traditional ink painting, and through the continuous exploration and advancement of animators, it has gradually formed its language system and formed a unique artistic style in expression and mood shaping. In this paper, the spatial domain noise reduction method and the transform domain noise reduction method are integrated, and the two types of algorithms complement each other to obtain a better denoising effect. The local pixel block matching algorithm is used to select similar block samples, which makes the covariance calculated by a principal component analysis more accurate in the next step, and then distinguishes the signal from the noise well. The adaptive bilateral filtering algorithm based on residual noise variance estimation uses the spatial proximity and pixel value similarity in the animated ink and wash image under the premise of the optimal set of filtering parameters, and adopts the local weighted average method to obtain the recovered animated ink and wash image. To effectively protect and enhance the detail information such as edges of the animated ink and wash image for animated ink and wash character modeling design. The method in this paper makes full use of the properties between spatial pixels of animated ink and wash images with both rotation invariance and translation invariance. The experimental results on the test database show that the method in this paper can extract features better. The purpose of this paper is to explore how to inherit and bring into play the fine cultural and artistic essence of ink art, to uncover the expressive elements applicable to animation ink character modeling design, and to make them reasonably and effectively used in the creation of animation ink character modeling to maintain the vitality of animation ink character modeling design. [ABSTRACT FROM AUTHOR]

Art, like language, is a method for expressing a person's thoughts and opinions to others. Art design is a way of conveying human sentiments and emotions, particularly via the use of visual structures such as paintings or drawings. Every element of our lives, including arts and crafts, has been favorably influenced by the introduction of innovative technologies such as artificial intelligence (AI) and deep learning (DL). In today's modern era, the technologies have revolutionized the way art is created, consumed, and distributed. Machine learning and human emotions are the two most important aspects of interactive and high-quality art design. In the teaching and learning of art-related courses, AI and machine learning are used to develop students' creative talents more successfully than traditional learning methods. With the use of information technology, designers build and design more productive artwork in very little time and with much less effort. In the evolution and creation of interactive and intelligent digital art, artificial intelligence and machine learning are playing a highly positive role. Art developed with the use of these approaches is capable of conveying human emotions and sentiments precisely and correctly. The proposed study presents a comprehensive overview of various AI-grounded smart and intelligent applications employed for the betterment and development of art design. The study provided a summary of the existing approaches used in the area of art design for the designing of high-quality and precise artwork. Then, based on the proposed overview, various features are extracted from the existing literature. From these extracted features, important features were selected for the decision-making procedure and ranking. To perform the decision-making process for the ranking of the accessible alternatives, the Graph Theory Matrix Approach was applied. The results of the study show effectiveness of the AI-based systems for art design. [ABSTRACT FROM AUTHOR]

Farmer's Ecological culture is a social ideology, human spirit and social system guided by ecological values; in a broad sense, it is a new way of life for human beings, in which man and nature develop harmoniously. Ecological art design means that, in the process of environmental art design, designers take environmental protection and reducing pollution and waste as their design guiding principles, and take into account the fit between their design results and external nature to avoid excessive transformation and a sense of incongruity, and trying to make their works to achieve the effect of natural integration. This paper introduces the constituent elements and evaluation system of art design of rural environment, conducts the process analysis of art design of rural environment from the perspective of ecological culture, performs the ecological description and visual form analysis of art design of rural environment, proposes the realizing pathways for art design of rural environment from the perspective of ecological culture, expounds the expression methods and process modules of ecological art design of rural environment, and finally takes a village in Yuci District, Jinzhong City, Shanxi Province, Central China as an example, to carry out a case application and its result analysis. The research results show that the art design of rural environment based on the principle of ecological culture can clarify the specific requirements of landscape optimization, arrange the natural balance and social development needs in the configuration of geographical space, and form a landscape network system that maintains the overall natural environment. This in turn expands the concept of rural landscape and environment to a wider field, integrating natural resource protection, rural land use and landscape planning in the entire region. [ABSTRACT FROM AUTHOR]

This paper investigates the art design of user interaction experience in mobile systems through the methods of contextual perception and machine learning. The theoretical foundations for the design of intangible cultural heritage interactive display resources include digital display theory, intangible cultural heritage education theory, embodied cognition theory, and gamification design theory. Based on the modelling and analysis of the theoretical foundations, the design principles are derived, including the heritage education principle, the somatic interaction design principle, and the content design principle. In this paper, we use ontologies to construct user knowledge models, fuse multi-situational similarity metrics, screen out candidate neighbour sets through preliminary screening, then combine the user's activity to construct time-based weight tensor scores, use tensor decomposition to obtain recommendation evaluation values, and finally use the recommendation evaluation values to make artistic recommendations. The experimental results show that the algorithm can still obtain a good recommendation implementation in the case of extremely sparse data. The analysis of the fit between augmented reality and folk art appreciation class, as well as the reference to relevant application cases, make design and practice of augmented reality application in folk art appreciation class, try to solve the common problems in folk art appreciation class, analyse the feedback effect and make a summary and outlook. [ABSTRACT FROM AUTHOR]

Summary: More and more diversified environmental art design, combined with advanced 3‐D virtual virtual reality (VR) technology, has made great contributions to the development of modern display design. The purpose of this study is to use the combination of modern technology and traditional art to realize the cohesion of traditional environmental art and promote the economic and cultural development of the city and society. This experiment uses 3D virtual reality virtual technology, which usually takes the form of wearing glasses. There's a screen in front of your eyes. The sound can be transmitted via speakers or acoustics, so that people have an exciting feeling. The application of virtual reality technology to environmental art must follow three principles: the principle of truth in content, the principle of application in form and the principle of the quantity checked. Taking into account the virtual environment art projection function and the degree of user appreciation and referring to the virtual implementation method evaluation indicator in reality, five indices are also formed, such as degree of interaction, degree of photography, degree of function, degree of use, and degree of extension. The experimental results show that the weights of fast and accurate indexes are 0.74 and 0.36, respectively. Virtual interaction technology presents unlimited possibilities, breaks through the narrow nature of traditional display mode, opens up the current real exhibition development space, and provides new thinking for the design of environmental art. [ABSTRACT FROM AUTHOR]

The construction of new liberal arts has become an important research topic and work direction of higher education. In view of various doubts about the construction of the new liberal arts, it is necessary to clarify its concept and connotation. However, the emphasis on the construction of new liberal arts is not to mechanically innovate, but to inherit fine tradition and take on new perspectives, pursue interdisciplinarity, and to cultivate humanities and social scientists and art creators to meet the development needs of the new era, especially the intelligent era. Design is a discipline with special interdisciplinarity. Under the inevitable tide of the construction of the new liberal arts, the first step is to develop and promote the role and significance of design abreast of the time. When looking at design discipline from the perspective of interdisciplinary integration, we will find that the interweaving between it and the construction of new liberal arts cannot be ignored. For example, it is found in the film and television industry that design is ubiquitous. For example, the design of posters and scenes is closely related to design discipline. The meaning of the construction of new liberal arts lies in the newness of quality, that is, the newness of innovation. It is innovative to use various methods to broaden the vision of the discipline. Therefore, to eliminate people’s doubts, the only way is to inherit fine tradition and take on new perspectives as mentioned in the new liberal arts manifesto. It is necessary to build different humanities and social sciences on the basis of human wisdom, its original intention and temperament, original regulations and original basic spirit. Innovation relies on this basis, and we should strive to infuse more fresh factors and fresh ideas into the discipline, so as to promote its expansion and present a new landscape and a new look. From perspectives of the new engineering, new agricultural, and new medical sciences, it is a discipline with rich technical contents. In fact, the design discipline can also be classified, and it must be combined with more interdisciplinary factors. Innovation has a special meaning. In conclusion, first of all, the training requirement of the new liberal arts is to look forward to cultivating humanistic scientists who can think and analyze. Design should be aimed at the new liberal arts, and enable itself and the entire new liberal arts to design some requirements and rules on how to present a better landscape. Secondly, the new liberal arts strengthen the cross,combination and cross,reference of disciplines. Although it is not too difficult for the design discipline, it is necessary to excavate theoretical summaries and strengthen it. The design discipline itself is intertwined with engineering and art. At the same time, the design discipline can naturally obtain some elements from the construction of the new liberal arts. It absorbs multiple disciplines to make itself have a richer connotation and extension ambition. Design itself as the carrier of the close relationship between engineering and art needs a more rational framework to establish a close correlation with the new liberal arts. Third, the design or the artistic design of the new liberal arts is mainly about inheriting fine tradition and taking on new perspectives. If it includes design such as industrial design, product design, garden design, etc., it must be inseparable from the core of adapting to people. Design should meet people’s spiritual and emotional needs, that is, practical but in line with the laws of beauty. Design is the embodiment of comprehensive literacy, a collection of interdisciplinary, and a flash of humanistic spirit. People engaged in the design discipline usually place their designs in specific categories and detailed design results. But for us, the reason why the design discipline is so huge and all,encompassing is that we see more in the design of society, even the design of concepts and the more subtle design in the development of the whole art. In other words, design should be regarded both as a microscopic concrete and a macro,level thinking about the entire conceptual form and creative presentation, regardless of material presentation, industrial design, or spiritual presentation. In other words, artistic design has a kind of macroscopic observation power. Therefore, sometimes we think that design seems to be a kind of thought and artistic perception of a person who is inclusive of all things in a certain green space, a certain garden, a certain piece of furniture, and a certain kind of landscape. [ABSTRACT FROM AUTHOR]

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. [ABSTRACT FROM AUTHOR]

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. [ABSTRACT FROM AUTHOR]

With the rapid development of artificial intelligence technology, the way we interact with products and the environment has undergone great changes compared with the past. While the technology of the artificial intelligence era affects our lives and redefines our relationship with machines, it is also changing our aesthetic and perception of art design. The article mainly starts from the perspective of art design interaction mode and experience innovation, and studies the multi-dimensional aesthetic perception and interaction mode of art design in the era of artificial intelligence in human vision, touch and hearing. [ABSTRACT FROM AUTHOR]

Digital production has become an important trend in modern manufacturing industry. Clothing production, as an important field of manufacturing, is also constantly exploring new models and new technologies for digital production. In digital production, distributed data and image recognition algorithm are two important technical means. Distributed data can be stored and processed on different nodes, which greatly improves the efficiency and reliability of data processing. The image recognition algorithm can realize 3D modeling and digitization of objects through automatic recognition and analysis of images. The system can realize 3D modeling and digital production of clothing through automatic recognition and analysis of clothing images, and realize the whole process automation of clothing design, production and sales. By using distributed data and image recognition algorithm to achieve 3D clothing digitization, clothing design and production can be more accurate, thus improving the competitiveness and market share of the clothing industry. [ABSTRACT FROM AUTHOR]

The times are developing and society is progressing. In recent years, the level of random science and technology has been continuously improved, and the application of artificial intelligence technology has become more and more common in people's lives. The further combination of artificial intelligence and art design has also largely optimized the methods and expressions of art design. This article takes the decentralization of art design in the era of artificial intelligence as the main research object, and conducts an in-depth discussion and analysis of the performance and causes of art design, aiming to study the influence of artificial intelligence technology on the development of human art design in the future. This article first takes the causes of the decentralization phenomenon produced by art design as the research object, and conducts a specific analysis of the development of art design, including the extension of art design related to artificial intelligence technology, and the aesthetics of neural network technology to the public. Then, we also analyzed the specific impact of neural network intelligent technology on customer groups and customer thinking, as well as its specific embodiment in the content of art design. In the end, we came to the conclusion that although the communication method of artificial intelligence is conducive to the personalized development of art design in many aspects, it is influenced by the mass media and the specific mode of communication in the process of use, resulting in artificial intelligence technology in art. There is great innovation ability in design. Therefore, for professional art designers, they should not only complete their own commercial art design tasks, but also make contributions and efforts for the prosperity of art on this basis. [ABSTRACT FROM AUTHOR]

The design of a green city needs to improve energy efficiency and urban greening rate and plan public green spaces in places with good natural conditions and reasonable structures. With the rapid development of embedded technology and embedded APP software services, the application range of software maintenance systems has become more and more extensive, and it has also stimulated the increasing demand for embedded software. Improve the efficiency of embedded software development, reduce complexity, cost and development cycle, and apply component-based software development technology. These are very suitable for embedded system development. Component technology is the main form of current software development, which has the characteristics of reusability, packaging and assembly. It also expands Lw CCM, component model and component container. This article analyzes the product graphic design process, and designers choose appropriate design software to improve work efficiency when performing product graphic design. The application of design software in the product design process is mainly according to the specific characteristics of forward design and reverse design. The difference is that a product with a relatively simple structure uses 3D software to design the product in the direct design process, while a product with a relatively complex and cumbersome structure uses plane software to design the product in the reverse design process. Therefore, this article uses mobile edge technology to learn the application of APP software and the art design of graphic products. [ABSTRACT FROM AUTHOR]

In the digital era, visual programming technology has brought fresh blood to the field of art creation, making it completely realize the structural transformation, thus promoting art design to get rid of the limitations of traditional media. Based on the integration of environment awareness technology and interactive technology, this paper realizes the design and improvement in art interactive creation visualization system. The environmental awareness technologies included in the system are divided into several types with different application effects, including data storage and collection technology, data processing technology and scenario management technology. The system itself is designed as a three-tier system, including application layer, foundation layer and user interaction layer. By using environment awareness technology, the system realizes the collection and source analysis of target data, and can perform scenario state calculation, information reasoning and storage. By introducing visualization technology, the system is equipped with a visual programming model, which can realize programming processing based on node data. It can be seen from the simulation experiment data that the system can achieve efficient and feasible data processing, and its memory utilization, CPU utilization and requests, bandwidth and other indicators are positively correlated. Therefore, the application of this visualization system can effectively assist individual artists in artistic creation, break communication barriers, achieve information interaction, bring new possibilities for artistic creation, and effectively adapt to the future art development environment. In this paper, the visual system is designed by applying environment awareness and interactive technology to the field of art design. [ABSTRACT FROM AUTHOR]

Image target detection plays an important role in the field of VR recognition and art design. It is applied in many fields such as urban planning and weather monitoring in China. In recent years, depth neural network has become an important part of target detection algorithm. Target detection has shown excellent functions in segmentation, tracking and recognition. With the rapid development of image detection technology, targeted image detection has improved the quantity and quality of data. In the application of VR technology to the artistic design of urban street landscape, it not only helps designers better observe the world characteristics, but also constantly stimulates designers' thinking inspiration in the interactive environment, thus generating new ideas, new creativity, new means and rich creative content. Therefore, design can play a role from the conceptual stage to the final effect display stage. At this stage, VR recognition technology is not mature enough in the design of urban street landscape, which is still in the exploration stage. Select a suitable VR system, and further explore and study the functions of the selected engine system on this basis. Explore the virtual work route suitable for building street landscape, and select the virtual environment of street landscape to lay a solid foundation for VR identification technology. Based on the main technical content of VR identification, the actual change and interaction of operating materials can be reflected, and the results of urban street landscape design can be presented in the most intuitive way. [ABSTRACT FROM AUTHOR]

In this paper to explore the improvement direction of college art and art design teaching system, this paper combines big data technology and intelligent data processing model to construct college art and art design system, and proposes a new blind equalization algorithm of online echo state network based on prediction principle. Moreover, this paper adopts the complex ESN as the prediction error filter, and adds the phase rotation factor after the amplitude adjustment, which solves the limitation that the existing blind equalization algorithm based on the prediction principle cannot handle complex signals. In addition, this paper uses the Kalman filter algorithm to update the parameters of the network online to achieve the purpose of tracking the channel changes in real time. The experimental research results show that the college art and art design teaching system proposed in this paper has a good teaching effect and can effectively improve the effect of art and art design education in colleges and universities. [ABSTRACT FROM AUTHOR]

Under the new historical situation and development opportunities, Hong Kong not only to establish our own distinct characteristics, training a number of unique and innovative capacity of the outstanding young designers, but also to promote and improve participation in the arts and education. The only way to truly succeed in establishing Hong Kong's position in the world of art is to make it a vibrant and diverse arts oasis. [ABSTRACT FROM AUTHOR]

Photoshop Spread through electronic media, the source of presentation to development, receipt and visual coordinators. The result of accessible media innovations has empowered visual planners to broaden these limitations of their training. In this setting, the planner is always achieving stylish success and is influenced by the modern embedded system's design and patterns in the existing method IOT (Internet of thing) based embedded system for PS (Photoshop) course teaching. In the existing method, wireless communication-based image processing is less accurate and less detection of image. So in the proposed method, art design PS (Photoshop) course teaching based FPGA (Field-programmable gate array) and embedded system graphics processing for Image Dissection Algorithm. The state of constant request, finding ways of exposure that lead to development and innovation, which are deeply respected standards for self-assessment. This exploration is based on the architect's perspective and performance observation of the wheels used in visual computerization. Contemporary planning philosophies are fundamentally examined, contradictory, and refined by the mirror action of the scientist. The refined approach to architects helps to advance the method work rehearsals, anticipating the importance of investigation and launch activities. Image Dissection Algorithm Exploration innovations exhibit some contradictions in identified approaches. Like many contemporary creators, they do not adhere to the customer base of expert planning practice, yet modern professionals influence self-produced configuration images. As FPGA (Field-programmable gate array) is confirmed by some parts of the more common planning actions, the expert finds that the architect's involvement with accidental disclosure and innovation has a critical impact on the planning cycle. [ABSTRACT FROM AUTHOR]

Environmental process and compositions of the interior and exterior spaces period, outside the species is a continuation of mixing. Ability to Cities Climate Progress Street Development (CCPSD) under development and urban ecosystem is of great interest. Like the collaborative process, the chemical composition and natural finish edge has appeared on the stage. Urban development is inseparable from the appearance of human experience, a more complete overall climate. Gradually different base and current methods of life living material, natural integration plan needs a metropolitan area, then specific social nature and philosophy of environmental protection of the city, and more thoughts. In this article, method will focus on metropolitan areas the natural clear plan to complete the examination. Set best-effort edge within the metropolitan area to explicitly check liner Field Programmable Gate Array (FPGA). The purpose and work planning and layout of the system need to be considered. [ABSTRACT FROM AUTHOR]

Tian, Y. and Yang, L., 2020. Cultural and artistic design of coastal cities based on marine landscape. In: Gong, D.; Zhang, M., and Liu, R. (eds.), Advances in Coastal Research: Engineering, Industry, Economy, and Sustainable Development. Journal of Coastal Research, Special Issue No. 106, pp. 431–434. Coconut Creek (Florida), ISSN 0749-0208. The ocean has endowed open and shared spaces to coastal cities. The marine culture brought by marine landscapes affects the development and dissemination of culture and art in coastal cities and is an important source for the unique regional cultural landscapes of coastal cities. Based on the development of regional marine culture, this study aims to explore the role of marine landscapes in the cultural and artistic design of coastal cities and proposes corresponding strategies for cultural construction and development. The research results show that a beautiful marine landscape can be created in each coastal city; the basic elements of marine landscape design include conceptual elements, humanistic elements, natural elements, and artificial environment elements. The cultural and artistic design process in coastal cities must not only meet the requirements of urban development strategy, resource allocation, industrial layout, spatial pattern, and city image, but also adapt to the marine cultural atmosphere. This study provides a theoretical basis for accelerating the integration of marine culture into the cultural and artistic design of coastal cities. [ABSTRACT FROM AUTHOR]