摘要：从关注如何“跨”媒介这一问题出发考察数字艺术跨媒介实践的过程，这一过程在技术性和媒介性、随机性和受控性、自反性和指涉性这三重辩证关系中展开。三重辩证关系紧密关联，彼此共生和交织，形成数字艺术跨媒介实践的内在逻辑：技术性与媒介性的辩证关系构成数字艺术跨媒介实践的基础，并贯穿于整个过程；随机性与受控性的辩证关系主导了技术转化为媒介的操作过程；自反性与指涉性的辩证关系则指示着技术转化为媒介的方向。对三重辩证逻辑的考察，揭示了数字艺术跨媒介实践作为动态的过程所具有的潜能，体现于超越“技术显像”、培育数字感性、拓展公众参与等方面。

摘要：在STEAM理念下将中国传统工艺与化学融合,以古代传统面妆为主,设计实践项目。项目主要包括实践操作阶段和艺术融合阶段。在实践操作阶段,学生们合作生产了肥皂、口脂等产品;在艺术融合阶段聚焦中国传统文化中的古代美容文化,在古方的基础上进行优化改良,并推出博物馆联名产品。该项目旨在提高学生综合应用知识的高阶思维能力,可以让学生更好地了解中国人民从古至今的伟大智慧,从而激发学生的创造潜能,并为他们提供了发展艺术素养的机会,为科技创新未来奠定人才基石。

摘要：造型艺术是一切视觉和空间艺术的集合,是不断流变的文化活体。不同文明体在不同的历史时期都有自己的造型艺术,有其独特的艺术观念与表达形式,同时也带有那个时代技术文明的印迹。面对信息全球化、万物互联、人工智能大数据与多学科交叉融合的当代社会,造型艺术不能固守传统边界,而须紧跟时代发展步伐,融入新思想、注入新技术、拓展新的艺术表现形式,方能葆有鲜活而动人的活力。

摘要：非物质文化遗产创意研究着眼于非物质文化遗产创意理论、非物质文化遗产创意实践两方面。在非物质文化遗产创意理论方面,剖析实现中华优秀传统文化创造性转化、创新性发展的重要理论问题。在非物质文化遗产创意实践(即应用)方面,以黑龙江省为例,从创意内容生产、创意品牌塑造、创意宣传促销、创意人才培养等四个角度,探讨非物质文化遗产创意生成路径问题。

摘要：The ground-based experimental tests are crucial to verify the related technologies of the drag-free *** work presents a design method of the ground simulator testbed for emulating the planar dynamics of the space drag-free *** this paper,the planar dynamic characteristics of the drag-free satellite with double test masses are analyzed and nondimensionalized.A simulator vehicle composed of an air bearing testbed and two inverted pendulums is devised on the basic of equivalent mass and equivalent stiffness proposed firstly in this *** the dynamic model of the simulator equivalent to the sensitive axis motion of the test mass and the planar motion of the satellite is derived from the Euler-Lagrange ***,the dynamic equivalence conditions between the space prototype system and the ground model system are derived from Pi *** satisfy these conditions,the scaling laws of two systems and requirements for the inverted pendulum are put ***,the corresponding control scaling laws and a closed-loop control strategy are deduced and applied to establishing the numerical simulation experiments of underactuated ***,the comparative simulation results demonstrate the similarity of dynamical behavior between the scaled-down ground model and the space *** a result,the rationality and effectiveness of the design method are proved,facilitating the ground simulation of future gravitational wave detection satellites.

摘要：This paper describes the architecture of global distributed storage system for data grid. It focue on the management and the capability for the maximum users and maximum resources on the Internet, as well as performance and other issues.

摘要：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。

摘要：目的对秩序感的追求是人们与生俱来的本能反应,而在视觉传达设计中加入非秩序图形元素是制造视觉焦点,并突破单一视觉模式局限性的重要方法。通过生成式非秩序图形技术创新,可以在视觉传达设计领域中探索图形设计的新范式。方法基于装饰艺术中的秩序手段,构建非秩序图形的评价体系;基于该评价体系,利用计算机代码生成方式,结合交互式算法和动态图形生成引擎,提出非秩序图形的个性化创作方法。结果应用所开发的系统,在多个设计案例中验证了方法的有效性,既保留了非秩序的视觉特征,又避免了无序状态。结论通过代码生成技术,实现了生成式非秩序图形在视觉传达设计中的应用,突破了传统设计的设计思维,为视觉传达设计提供了新的方法论。

摘要：全球转向中的中国艺术史研究正日益充满活力,其推动力除了空间转向、图像载具等学术潮流之外,还有整个人文学界在全球气候变暖、环境恶化之际反思人类中心主义、重申人对自然的尊重的背景下,艺术史界对物性和生态的关注。物质不再被视作惰性的,而是充满能动性和活力。在获取和加工物质的过程中,人与生态环境互动,并赋予材质以历史、意识形态、审美的象征意义。本文在全球视野下梳理了中国艺术史研究中正迅速崛起的物性转向与生态转向的源流。

摘要：Microneedles (MNs) are an innovative and viable option for drug delivery that offer the distinct advantages of minimal invasiveness, painlessness, stable drug loading, efficient drug permeation, and biocompatibility. MNs were first used to penetrate the skin surface and facilitate transcutaneous drug delivery with great success. Recent applications of MNs have extended to non-transdermal drug delivery, specifically, to various tissues and organs. This review captures the fabrication methods for MNs, discusses advanced design strategies for achieving controlled drug release, and summarizes current MN applications in delivering multiple therapeutic agents to the cardiovascular, digestive (e.g., oral cavity), reproductive, and central nervous systems. The findings in this review would contribute toward the improved designs of MN systems that can be modified according to purpose, including material selection, structural design, choice of fabrication methods, and tissue considerations, to determine the optimal therapeutic regimen for the target treatment area.