Research on the Application and Development of Digital Media Art in Urban Public Space Design

Digital media art is an emerging art form that combines digital technology and media art.It has huge potential to bring innovation to urban public spaces and provide them with vibrant artistic experiences.This article analyzes the design significance and value of digital media art in urban public space,its various forms of application in urban public space design,and the innovative ideas and paths that digital media art can take in urban public space to guide the future.The application and innovative methods of digital media art in urban public space design provide certain theoretical and practical references for urban planners and designers.

Exploring Digital Visualization Methods in Urban Public Building Space Design

Digital technology has driven the innovation of architectural design methods and tools,applying digital techniques to allow greater possibilities for more innovative and scientific design of public building spaces.This article first analyzes the characteristics of digital visualization and its advantages in the design of urban public building spaces,including aspects such as visualizing three-dimensional expression,rational analysis of building space,Virtual Reality Experience,and integration of design and construction processes.Subsequently,by introducing digital design methods such as parametric design,algorithmic generation,nonlinear design,and artificial intelligence-assisted design,it explores the methods and implementation approaches of digital visualization in the design of public building spaces.The aim is to offer insights and references for the deeper integration of digital technology into architectural design practices.

Analysis of Urban Public Building Space Design Strategies in the Digital Age

Urban public building spaces involve various aspects of people’s daily activities and interactions,making the rationality and scientific nature of the design of these spaces crucial.This article first discusses the role and impact of digitization in the design of public building spaces,covering aspects such as digital design methods,visual expression and presentation,augmented reality’s spatial interaction experience,and integrated design and construction.Following that,it analyzes the process of digitized urban public building space design by exploring topics like digital space design and modeling,visual representation of digital spaces,digital performance analysis of spaces,and the integration of digital projects.This article aims to provide insights and references for urban public building space design in the digital era.

Discussion on Art Design Education in Colleges and Universities in Digital

At present, the reform of colleges and universities in our country is in full swing. In the course of teaching design of art in colleges and universities, it is necessary to change the teaching mode in time to adapt to the new teaching development environment. In the era of digital development, we need to give full attention to the optimization of art design teaching in colleges and universities, and run new teaching techniques. This paper mainly analyzes the advantages and importance of the digital art design in colleges and universities, and then discusses the application of digital technology in the art design teaching and the concrete teaching optimiTatiun strategy in detail. Hoping to through this theoretical research, contribute to the improvement of the quality of art design teaching.

The Application and Prospects of Digital Visualization in Urban Public Building Space Design

With the development and innovation of digital information technology, digital visualization plays an increasingly important role in the design of urban public building spaces. This paper explores the application of digital visualization technology in the design of urban public building spaces and looks ahead to future trends. Firstly, it analyzes the challenges in the design of urban public building spaces, including extensive professional involvement, complex functional layout requirements, rational emergency evacuation routes, multidimensional analysis of architectural spatial environments, and appropriate selection of decorative materials. Next, it introduces the applications of digital visualization technology in showcasing visual design and expression, optimizing spatial functional layouts, enhancing the rationality of evacuation routes, analyzing dynamic environmental impacts and energy consumption, and improving the effectiveness of material selection in the design of urban public building spaces. Lastly, it discusses the prospects of extended reality (XR) technology, interactive design using data platforms, and AI technology in the design of public building spaces. It is hoped that this paper provides inspiration and reference for the deeper application of digital information technology in the field of architecture. .

Research on Superscalar Digital Signal Processor

Under the direction of design space theory,in this paper we discuss the design of a superscalar pipelining using the way of multiple issues,and the implement of a superscalar based RISC DSP architecture,SDSP.Furthermore,in this paper we discuss the validity of instruction prefetch,the branch prediction,the depth of instruction window and other issues that can affect the performance of superscalar DSP.

Sampling Designs for Validating Digital Soil Maps: A Review

Sampling design(SD) plays a crucial role in providing reliable input for digital soil mapping(DSM) and increasing its efficiency.Sampling design, with a predetermined sample size and consideration of budget and spatial variability, is a selection procedure for identifying a set of sample locations spread over a geographical space or with a good feature space coverage. A good feature space coverage ensures accurate estimation of regression parameters, while spatial coverage contributes to effective spatial interpolation.First, we review several statistical and geometric SDs that mainly optimize the sampling pattern in a geographical space and illustrate the strengths and weaknesses of these SDs by considering spatial coverage, simplicity, accuracy, and efficiency. Furthermore, Latin hypercube sampling, which obtains a full representation of multivariate distribution in geographical space, is described in detail for its development, improvement, and application. In addition, we discuss the fuzzy k-means sampling, response surface sampling, and Kennard-Stone sampling, which optimize sampling patterns in a feature space. We then discuss some practical applications that are mainly addressed by the conditioned Latin hypercube sampling with the flexibility and feasibility of adding multiple optimization criteria. We also discuss different methods of validation, an important stage of DSM, and conclude that an independent dataset selected from the probability sampling is superior for its free model assumptions. For future work, we recommend: 1) exploring SDs with both good spatial coverage and feature space coverage; 2) uncovering the real impacts of an SD on the integral DSM procedure;and 3) testing the feasibility and contribution of SDs in three-dimensional(3 D) DSM with variability for multiple layers.

The Application of Happening Colour in Modern Fabric Design

To expand the past and present colour concept and reinvent fabric design methods, happening colour is used as a kind of new colour concept and form to design and analyse the resource of colour. With the aid of sophisticated computer software and advanced digital printing machines, happening colour allows images of considerable complication and intricacy to be designed and produced in modern fabric design by various arrangement of printing colours, which also allows further shifts of colour emphasis of the different visual and psychogenic recept.

Design Towards a Creative Industry for the Latin American Reality

The duty of educators and politicians is to find new policies and programs that should include creative industries such as designing, together with the teaching of new technologies to make it possible for a greater portion of the population to have access to this knowledge, which will enable it to be included in the job market. This type of training also means that the language of the educators will change .We need to develop a new multilinguistic, multimedia, and multidisciplinary conception oriented towards the learning activities of the student. Our goals is to transform multimedia design into an important creative industry in our region, we created ＂Project Untitled＂ at Universidad Maimonides. This is an artistic collective undertaking that includes teachers, directors, and students of the School of Multimedia Communication and Design. The goal of this project is to cooperate with learning paradigms in order to reach the quality that a true society of knowledge needs. Education is fundamental for the development of any nation, including the ＂periphery countries＂, which can contribute a different point of view, and which, in this sense, can offer wider possibilities, precisely because these countries have the ＂critical distance＂ that, probably, core countries are short of.

Artistic Renewal and Heritage Conservation-Deleuze’s Philosophy in Reimagining Yongning Ancient Walled City

The Yongning Ancient Walled City, located in Quanzhou, Fujian Province, is a historic site with over 600 years of cultural heritage. Its preservation faces challenges posed by rapid urbanization, yet it also offers opportunities for creative renewal through artistic and cultural frameworks. This paper explores a novel approach to reimagining Yongning by integrating Gilles Deleuze’s philosophy-emphasizing multiplicity, rhizomatic connections, and the fold-with environmental art and cultural narratives. By drawing on Deleuze’s concepts of “nomadic space” and “fold” within the context of heritage conservation, this study provides actionable strategies for blending modern artistic practices with traditional cultural identity. Through field research, theoretical exploration, and design application, this paper demonstrates how Yongning can transform into a living museum of art, culture, and history. The findings aim to expand the dialogue on aesthetics, spatial theory, and heritage renewal.

数字艺术在鞋靴创意设计中的应用及案例分析

随着中国经济发展进入新阶段,各行业呈现蓬勃发展的态势,新知识、新技术层出不穷。在鞋靴设计领域,数字艺术的引入给设计师们带来了全新的创意空间和可能性。数字媒体所塑造的品牌价值令人瞩目。本文深入探讨了数字艺术在鞋靴设计领域的应用。阐述了数字艺术的背景与重要性,列举了数字艺术在创意设计领域的多个应用实例,提出鞋靴制造企业数字艺术应用策略,为鞋靴设计领域注入新的创意与思路,进而推动整个行业的创新与发展。

纺织品艺术设计中数码印花图案的创作特色

数码印花图案在纺织品艺术设计中的应用,大幅提升了纺织品艺术设计的灵活性,使设计师能够突破传统设计思维限制,实现更多的创意表达,精准捕捉并满足现代消费者对于个性化纺织品的需求,促进纺织品艺术设计的创新发展。数码印花图案可通过单一工艺应用于纺织品,也可与手绘艺术、刺绣工艺等相结合,丰富纺织品艺术设计层次与质感。为实现数码印花图案与纺织品艺术设计的完美融合,应不断优化数码印花图案的工艺,提升设计团队的数字化设计能力,并加强印花工艺与色彩管理控制,确保设计作品的高品质呈现,推动纺织品艺术设计领域的繁荣发展。

Thought Provokers, Insurgent Before Emergency --Technological Art as Awareness-Raising Agent of the Emancipated Spectator

This paper analyzes the impact of technological art as an agent for raising awareness in artwork spectators of ecological-environmental issues. It addresses the evolution in the conception of the artistic fact related to science, and attempts to define the spectator＇s new role. The present document will look into the science, an and technology triad as a means to communicate issues our planet is facing through scientific dissemination focusing on the bio-art avenue for collaboration. Finally, we will outline our concept of an as a revolutionary and thoughtful form poured through our works as artistic collective expressions.

数字艺术设计中三维动画技术的应用策略

新时代背景下,基于我国数字艺术设计现状,灵活应用三维动画技术,有利于增强数字艺术设计视觉效果,提升数字艺术设计工作效率。然而,在我国三维动画技术应用现状中,仍存在诸多问题,包括设计缺乏创意、设计成本较高和缺乏专业人才。基于此,我国三维动画设计人员应优化场景渲染、创建逼真场景、开展不断创新、凸显创意设计、丰富设计形式、增强视觉效果、加强资源管理、降低设计成本,以此提升我国三维动画设计水平。

包容性视角下公共艺术介入地铁站点公共空间的方式与设计策略研究

地铁站点公共空间不仅承载着轨道交通枢纽的功能,还扮演着文化融合与社会包容的重要角色。公共艺术介入地铁站点公共空间,以其独特的艺术语言和形式,不仅提升公众的审美体验,还促进了公众对于城市文化的认同,进而增强社会的包容性。本研究从包容性的角度出发,分析了公共艺术介入地铁站点公共空间的方式,并以外来务工者的视角探讨了包容性设计策略,以期为外来务工者营造良好的社会氛围和“家”的归属感。

数字化转型背景下高职院校环境艺术设计专业人才培养模式创新研究

AI时代,数字化转型是高职院校环境艺术设计专业人才培养模式创新的重要推动力。本研究旨在探讨数字化转型背景下高职院校环境艺术设计专业人才培养模式的创新。通过分析人才培养目标的调整、优化课程体系、教学方法与手段改革以及师资队伍建设的现状和问题,提出了相应的解决方案和保障措施。研究结果显示,数字化转型对环境艺术设计行业的影响是一个长期的过程,需要持续关注和研究。同时,本研究对高职院校的数字化转型具有借鉴意义,并为环境艺术设计行业的数字化转型提供了一定的推动作用。

图书馆的空间设计与高质量发展

空间设计已成为图书馆更高质量发展的刚需。论文阐释了图书馆空间设计中的辩证统一观,包括普遍性与独特性、整体观与内外观、专业观与非专业观、静态区与动态区、空间设计功能的无限可能性等,并对图书馆空间设计的十大要素(但不限于)分别进行了论述和分析,包括宏观维度的城市地标、艺术演绎、文化传承和内外互动,中观维度的专业符号、色材选择和绿色低碳,微观维度的家具设计、灯光照明和安全关怀。论文指出,智慧图书馆新空间设计方案正在成为发展趋势。

数字化时代高职艺术设计专业课程改革的困境与策略研究

数字化时代高职艺术设计专业课程教学改革发展,需要以深化课程教学实践创新为载体,进一步明确新时期教育发展新方向,充分结合数字化时代高职艺术设计专业课程教学改革需求与内在条件,分析当前教学改革发展面临的问题与困境,并运用加强高职与企业多元合作发展、强化教师教育培训与拓展数字化教学功能三项策略,优化艺术设计专业课程教学新体系,提升数字化时代高职艺术设计专业课程改革的总体水平。

基于梅山文化的空间艺术特色在乡土食品包装设计中的应用策略

针对湖南古梅山地区乡土食品包装设计现状,从梅山文化的空间艺术中提炼出造型结构特征、装饰元素特征、色彩特征、文化特征,将其解构赋予于乡土食品包装设计中,探索将梅山文化中蕴含的空间艺术精髓与乡土食品包装融合的设计思路与策略,提升食品附加值,展现地域特征,提升文化内涵,促进民族文化的传承与乡土食品包装的融合创新。

芳纶针织面料透气透湿及隔热性能研究

通过棉、蚕丝混纺纱,竹炭纤维、丙纶混纺纱和芳纶纱的科学搭配,由龙星制版系统进行双面针织物结构数字化设计,利用艺术设计方法有效地在结构和空间中进行科学合理的分配和排列,制备了纬编间隔织物和罗纹空气层织物,探讨了芳纶协同高舒适性双面针织物的透气透湿、隔热等性能。结果表明:通过有效的数字化方法所设计的空气层组织中,芳纶与竹炭、丙纶混纺纱搭配织造的空气层织物透气性更好,纬编间隔组织中,芳纶与竹炭、丙纶混纺纱间隔织物比芳纶与蚕丝、棉混纺纱间隔织物的透气性好。蚕丝的透湿性比竹炭纤维更好,更适用于制作服装纤维材料。