IT时代的第三种文化产业机遇

人类社会一直存在着并行不悖的科技与人文的两种文化与文化产业。如今,出现了第三种文化与第三种文化产业。第三种文化产业的思想基础是图灵的可计算原理;其物质基础是微处理器智力内核。第三种文化产业将打破两种文化产业界线,用人工智能与智能化工具等现代科技手段,实现人文文化领域中的艺术创作,这是人类文化领域中已经开始的没有硝烟的产业战争。     

建筑美学

把建筑定义为美学带有主观随意性,局限性,除了形式美,建筑还具有实用,经济,技术等价值。本文分别从建筑的形式美,使用功能,先进技术、环境特色等方面具体阐述建筑美学,对大多数人关心的建筑美学做一个冷静而深入的思考,探究这样一种美从何而来。     

感受“798”的现代艺术

本文通过论述798艺术区的历史沿革、798的文化概念以及发展趋势,让人们感受到这是一个活生生的工厂,同时也是一个生机勃勃的艺术区;而艺术展览的宣传海报,画廊、工作室的指示标牌,引人注目的雕塑作品,时髦的青年和穿梭往来的外国游客,一切又构成了极强的艺术和时尚氛围。少时记忆中的工厂环境与奇思幻想的艺术构思的组合,让人有种时空交错的感觉。     

民俗文化语境下的高校艺术设计教育

尽管当下中国高等艺术设计教育呈现出前所未有的迅猛发展态势,但在学科建设和教育实施方面也显示出一定的不足和问题,在诸多直接的原因之外,本文立足于深层文化思考,对中国视觉民俗文化主体之一的民间美术所蕴涵的文化意义作了进一步的透析,以期寻绎出在宏阔的民俗文化生态中我国高校艺术设计教学改革的策略与教育发展取向。     

Disciplined autonomy: How business analytics complements customer involvement for digital innovation

The rise of big data and the fluid boundaries of digital products are driving companies to use business analytics (BA) to power their customer involvement. The complementarity view offers unique competence to generate value from BA because capability complementarity is less likely to be replicated or imitated. Unlike prior studies on BA-enabled value realization, our research investigates the interactions of BA and customer involvement capabilities using the complementarity view. We tested our model using data collected from 317 IT companies in China. Our results suggest that BA value realization requires both a top-down mechanism in which BA skills provide global guidance for alignment with a company’s goals and a bottom-up mechanism in which BA culture empowers local autonomy for adaptation to ever-changing needs. Our BA-complemented mechanisms provide research and practice with a way to concurrently use BA and customer involvement capabilities to address the duality of digital innovation. We further suggest that BA skills are necessary but insufficient for digital innovation because BA culture demonstrates a stronger effect in complementing organizations’ existing capabilities than BA skills do.     

浅谈剪纸艺术在高校景观中的应用

高校校园环境日趋园林化、景观化、生态化,校园景观文化建设正在逐步加强,但是对于民间艺术部分几乎还没有应用,文章正是以此为切入口,把剪纸艺术的表现形式融合在校园景观中,对民间艺术进入高校景观做了一个铺垫,同时为非物质文化遗产的保护和传承寻找了一个更为广阔的空间。通过剪纸的艺术特色,分析剪纸应用在校园景观中不仅美化了环境,同时增加了学生对传统文化的理解,潜意识的唤醒学生对非物质文化遗产的保护。     

香港理大设计年展面面观

从对香港理工大学设计年展的整体状况与作品分析,到与国际设计及内地设计教育的比较中,归纳了目前香港设计院校教育及设计的现状特点。立足本地,强调设计的人性化,以及对前沿国际设计的吸纳与开放性的学习都是本次年展中所折射出的主要特征。     

浅谈在艺术设计教育中加强中国传统文化学习的必要性

近年来,正当许多发达国家努力发展本土文化的时候,我国在很多方面特别是艺术设计教育领域却忽视了具有5000年历史的中国传统文化。传统文化在现代设计教育中缺失的问题,表面上是教育体系、教育方法的问题,实际是教育理念的问题。面对西方文化巨大冲击,完善我国现代设计教育体系,确保民族文化根脉的活力,是我们必须面对、也必须尽快解决的问题。     

基于传统文化艺术资源整合基础上的山东区域特色动漫设计研究

山东区域的传统文化艺术资源主要包括:民间传说、寓言故事、文学作品、文物古迹、传统艺术等内容。     

Development of high throughput microfluidic cell culture chip for perfusion 3-dimensional cell culture-based chemosensitivity assay

This study reports a microfluidic cell culture chip encompassing 36 microbioreactors for high throughput perfusion 3-dimensional (3D) cell culture-based chemosensitivity assays. Its advantages include the capability for multiplexed medium delivery, and the function for both efficient and high throughput micro-scale 3D culture construct preparation and loading. The results showed that the proposed medium pumping mechanism was able to provide a uniform pumping rates ranging from 1.2 to 3.9 μl h⁻¹. In addition, the simple cell/hydrogel loading scheme has been proven to be able to carry out 3D cell culture construct preparation and loading precisely and efficiently. Furthermore, a chemosensitivity assay was successfully demonstrated using the proposed cell culture chip. The results obtained were also compared with the same evaluation based on a conventional 2D monolayer cell culture. It can be concluded that the choice of cell culture format can result in different chemosensitivity evaluation results. Overall, because of the nature of miniaturized perfusion 3D cell culture, the cell culture chip not only can provide stable, well-defined and more biologically relevant culture environments, but it also features low consumption of research resources. All these traits are found particularly useful for high-precision and high-throughput 3D cell culture-based assays.