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. .

A review on the design of ternary logic circuits

A multi-valued logic system is a promising alternative to traditional binary logic because it can reduce the complexity,power consumption, and area of circuit implementation. This article briefly summarizes the development of ternary logic and its advantages in digital logic circuits. The schemes, characteristics, and application of ternary logic circuits based on CMOS, CNTFET, memristor, and other devices and processes are reviewed in this paper, providing some reference for the further research and development of ternary logic circuits.

Teaching Design of“ Digital Logic Design” Course Based on Blended Teaching Mode

How to design and organize the implementation of teaching is an important consideration for the quality of the course.This paper takes the“Digital Logic Design”course as an example,and carries out teaching design and practice based on the blended teaching mode.By adopting various forms such as MOOC+SPOC+theme seminars,beneficial explorations have been made in improving students’autonomous learning ability,strengthening engineering literacy,and cultivating innovation ability.

Design and Assembly of an Improvised Logic Gates Simulator

This study aimed at designing and assembling an improvised Logic Gates Simulator that can be utilized as an instructional device in basic digital electronics instruction at Caraga State University Cabadbaran Campus, Philippines. This instructional device is believed to enhance the teaching-learning process and would also help address the scarcity of instructional equipment in the school and in the country. Descriptive method of research was employed to come up with the design of the simulator based on the course content of basic digital electronics subject. Acceptability of the improvised simulator based on standards set in this study was?gathered from the experts as respondents using a self-made questionnaire. The data were treated using average weighted mean utilizing parametric scales with verbal descriptions. Findings revealed that the improvised logic gates simulator is highly acceptable in terms of its cost and availability of components,?design and construction,operations, and troubleshooting features. It is concluded that the improvised logic gates simulator is at par in terms of standards on instructional devices based on the evaluation results of experts and is therefore recommended to be used in basic digital electronics instruction. The simulator is an innovative answer and an alternate solution to the scarcity of instructional materials and devices at Caraga State University Cabadbaran Campus.

CircuitVerse:A Simulator for Teaching and Learning of Digital Logic Circuit

Digital Logic is a fundamental course of majors in electronic information.The simulation experiment is an essential measure to help students understand the principles of digital logic.It can improve the efficiency of physical experiments and decrease instrument damage caused by operating errors.CircuitVerse is an open-source and Web-based tool of circuit design and simulation for teaching purposes.And now,teachers and students in many colleges and universities use it to assist teaching and learning.Firstly,through a particular example,the features of CircuitVerse and its usage are explained.Secondly,we briefly introduce the application of CircuitVerse in our teaching as well as the following development plans.We believe that our introduction can help teachers understand the software and how to make full use of this tool.

Application Strategies of Digital Technology in the Teaching of Interior Design

With the rapid development and progress of science and technology,computer information technology is widely used by all walks of life and it involves all aspects in life.In recent years,with the advent of the mfbrmation age,it has brought certain development opportunities to the teaching of interior design in China.Digital technology has been introduced into the teaching of interior design,thus changing the original teaching mode and content,in order to improve the teaching quality and efficiency of the interior design specialty.This article mainly analyzes the application and advantages of digital technology in the teaching of interior design,and suggests application strategies in this context,hoping to provide reference to relevant personnel.

Experimental Design for Computer System Platform Course

The computer system platform course is a comprehensive platform course formed by modifying and optimizing the content of the relevant basic courses of computer major to meet the requirement for basic computer knowledge in digital media technology major.The scope and extent of the course content make its experimental design more challenging.By considering the scope of contents,the difficulty of experiments,and the rationality of intrinsic logic,the experiments covering from operating system to computer network are designed.The relevance and continuity of the experiments are ensured,so as to achieve the goals of promoting students’understanding of key concepts,improving their hands-on ability,cultivating their interest,and guiding their self-learning within the limited class time.

Android移动互联应用开发课程的教学实践

阐述专业教育与创新创业教育的融合,实现教育从单一学科向多学科融合的转变,探讨Android移动互联应用开发的课程设计和教学评估,包括知识点提取、课程内容的设计、教学模式的设计、教学资源库建设、考核方式创新,从而有效提升学生的专业能力和创新创业能力。

数字艺术在鞋靴设计中的应用研究

本文以数字艺术在鞋靴设计中的各种应用场景为研究重点,聚焦于数字艺术概念,数字艺术对于鞋靴设计的意义,以及数字艺术在鞋靴设计中的具体应用情况,期待激发起鞋靴设计的创新活力,推动数字艺术在鞋靴设计领域的升级应用与快速发展。

数字媒体艺术在园林景观设计中的应用研究

数字媒体艺术具有创作数字性、题材广泛性、作品交互性和表现丰富性等特征,当前已在园林景观设计中得到普遍应用。数字媒体艺术与园林景观设计二者的融合可增强设计的整体效果。在园林景观设计中使用数字媒体,可以丰富景观艺术的表达形式,提升设计作品的质量和水平。目前国内外相关研究主要集中在数字景观研究、GIS应用、园林景观数据库建设、园林景观设计方法、园林景观信息模型构建等方面。近年来,数字媒体艺术与园林景观设计融合方面虽然已有较多研究报道,但仍需深入开展数字化园林景观设计的标准化和精准化研究。

动漫设计中数字的创新应用探究

随着社会快速发展,尤其是信息技术不断成熟,我国新媒体行业从中受益,在新媒体行业高速发展的时代背景下,数字媒体艺术引起了关注,近年来,互联网技术使用范围进一步扩大,数字媒体艺术也越来越成熟,数字媒体艺术在动漫设计的应用中表现出更强的艺术表现力,通过优化其设计内容,使得设计质量更好且效率更高。基于此,在本次研究中,笔者首先分析动漫设计中应用数字媒体艺术的重要意义,然后结合现状分析动漫设计中应用数字媒体艺术的具体情况,指出其中的问题和短板,最后探索如何解决问题,提出相应的策略,仅供参考。

汉代装饰纹样在现代设计中的艺术转译

汉代装饰纹样作为中国传统文化的重要组成部分,其独特的艺术风格和深厚的文化内涵为现代设计领域提供了丰富的灵感来源。本研究旨在探讨汉代装饰纹样在现代设计中的应用,特别是其在家具设计、虚拟展厅、交互式游戏和环境艺术设计中的创新性诠释。通过综合运用木材染色技术、数控雕刻、三维建模和虚拟现实等现代技术手段,本研究成功地将汉代装饰纹样的色彩和形式特征融入现代设计实践中,实现了传统与现代的有机结合。

寻求共鸣:数字化转型中教学设计的底层逻辑

数字化转型推动第一代教学设计转向第二代教学设计时,也造成教学设计过程简单化、教学设计结构程序化、教学设计偏离学习者个性化学习需求等异化现象。哈特穆特·罗萨的共鸣理论提倡重构人与世界的共鸣关系,化解人类对世界的掌控欲望导致的异化关系问题,为教学设计回归能动性、文化性和情境性等生命隐喻提供了底层支撑。寻求共鸣的教学设计是指遵循“为了共鸣设计教学”的理念,围绕学习者与教学内容的触动产生而重组文本,并以此来设计诸多教学要素,形成预设教学方案的过程。文章对寻求共鸣的教学设计理念、原则、要素和运行结构进行了探讨,并提出寻求共鸣的教学设计操作要领是基于“人机协同”的学习者先前经验获取、基于学习者过往经验的综合任务设计、形成激发共鸣的认知策略、建构以技术为支撑的开放性环境、在教学活动设计中注入共鸣的力量,以及促进共鸣的反馈体系建构。

基于数字电路芯片的电子密码锁设计

产品更新迭代,现在人们使用的防盗手段,已经从传统的机械锁转变到电子密码锁。该设计提出一种基于数字电路芯片的电子密码锁设计方法,以数字芯片为核心设计逻辑电路,克服机械式密码锁密码量少、安全性差的缺点。该系统具有密码设置、按键提示音、记录输入密码错误次数、3次密码错误后触发报警和输入正确密码有指示灯等功能,具有成本低廉、功能实用的特点。

基于ICL7135的试验测试用4-1/2位数字电压表1/2位消隐功能的实现

可靠性和环境试验的性能测试中,常常需要用到以数字电压表为核心的数字化仪表。当设计一个基于ICL7135芯片的4-1/2位数字电压表电路时,需要对数字显示部分进行首位消隐的功能设计,传统的数字电压表电路中利用单片机的程序控制实现消隐,当设计电路中不采用单片机时,需考虑新的设计实现首位消隐。本文利用电压表电路中CD4511译码芯片的消隐端,结合A/D芯片的输出信号,设计一个复合逻辑门电路,实现对电路的首位正确消隐。经实验验证,复合逻辑门电路的设计思路是可行的,能保证数字电压表电路首1/2位消隐功能的实现。

南京地铁数字化转型探索与实践

[目的]数字化转型已成为城市轨道交通企业由高速增长向高质量发展转变的必然趋势,因此需研究企业数字化转型的顶层设计、路径选择和实施策略。[方法]以南京地铁数字化转型实践为例,介绍了数字化规划顶层设计的步骤、工作内容、主要使用的方法和工具;分别从数字化底座层、数字化应用层、数字化服务层、安全防护体系、IT治理与管理体系5个层面阐述了南京地铁数字化转型总体架构及应用方案;介绍了南京地铁数字化转型实施策略。[结果及结论]南京地铁数字化转型以“客户为中心”,聚焦面向乘客幸福出行服务、面向决策者和管理者数智决策服务、面向员工的数字化协作服务等数字化应用场景,从顶层设计数字化转型总体架构及应用方案;通过制定科学、可行的实施路径,推动南京地铁向“数字化、网络化、智能化、智慧化”高质量发展。

基于数字化技术的智慧配电系统及其设计应用

近年来,智慧配电系统在电力系统中应用比较广泛,能够实现电力系统的科学化、信息化管理,使电力资源得到进一步优化配置,达到节能、环保、减排等目的。随着数字化技术日趋成熟,智慧配电系统依托数字化技术其系统设计水平得到有效提升,有利于提升智慧配电系统的自动化、信息化,也能够实现智慧配电系统的稳定性、安全性。首先对数字化技术下的智慧配电系统进行简要概述,并探讨研究基于数字化技术的智慧配电系统及其设计的具体应用,最后分析基于数字化技术的智慧配电系统的应用前景。

数字传媒技术在动画设计中的应用研究

从动画领域发展的角度来看,动画与传媒技术之间的充分结合,能够创建出更加优异的动画空间,为观众带来更好的视觉体验。目前,大部分动画,包括在军事、体育以及医学等专业领域的仿真模拟动画设计时都会引入数字传媒技术,以进一步提高整体动画制作质量。文章明确了数字传媒技术的基本特征,深入分析了数字传媒技术对动画设计产生的主要影响,提出了数字传媒技术在动画设计中的具体应用措施。

唐代螺钿镜宝相花纹样的数字化创新设计与应用

为了使传统工艺美术在数字化背景下找到更多价值转化的可能性,以唐代螺钿镜宝相花纹样为研究对象,通过数字化创新设计方式将其用于现代设计实践中。首先对唐代螺钿镜宝相花纹样的外在装饰造型和内在文化内涵进行解读和分析;然后以唐代螺钿镜宝相花纹的骨骼结构为设计切入点搭建数字化图案设计系统,建立数据资源库、设置填充骨骼结构图的算法程序,设计人机交互方式和界面;最后进行设计实践。结果表明:使用数字化图案设计系统输出的图案应用于设计实践中,可以提升设计工作效率,且充分保留了唐代螺钿镜宝相花纹样的风格特色,可以为传统文化的转化设计提供设计案例参考。

简析数字化技术在机械设计中的应用与发展趋势

首先介绍了数字化设计技术的含义和特点,然后阐述了数字化设计技术在机械设计特别是橡胶产品/机械设计中的应用,最后展望了数字化设计技术在机械设计领域的发展趋势。