Advances in applying somatosensory interaction technology in geriatric care:A bibliometric analysis

Objectives:Somatosensory Interaction Technology(SIT)is used in various aspects of geriatric care.We aimed to conduct a bibliometric analysis to summarize relevant publications and visualize publication characteristics,current hotspots,and development trends,thereby inspiring subsequent researches.Methods:We searched theWeb of Science Core Collection database for publications on the application of SIT in geriatric care.Bibliometric visualization and clustering analysis were performed using VOSviewer V1.6.18 Software,while keywords burst detection analysis was conducted with CiteSpace 6.1.R6 Software.Results:After screening,a total of 1,019 publications were included.The number of publications on SIT in geriatric care is gradually increasing,exhibiting a rapid growth rate.The United States,Canada,and Australia led in terms of publication volume.Keyword clustering analysis identified major research hotspots:crisis warning,somatic abilities,rehabilitation training and psychosocial support.Initial studies primarily explored themes such as recovery,movement,systems,and later shifted towards gait analysis,muscle strength,parameters,and home-based care.More recently,research themes have evolved to dementia,machine learning,and gamification.Conclusions:SIT is innovative for promoting active aging,advancing intelligent healthcare,and elevating the daily quality of life for older adults in clinical and domestic settings.Applications of SIT can be categorized into early warning systems for crises,detailed analyses of physical conditions,rehabilitation enhancement,and support for psychosocial health.Research trends have transitioned from whole-body recognition to precise feedback,from a focus on physical health to mental health,and from technical feasibility to user-friendliness.Future research should focus on developing accessible and user-friendly devices,fostering interdisciplinary collaborations for innovation,expanding research to address both the physical and mental health needs of diverse older adults,and integrating emerging technologies to enhance data precision and accelerate the development of intelligent platforms.

Research on the Multi-Interactive Intelligent Teaching Model of College English in the Information Technology Environment

The multi-interactive teaching mode based on the information technology is a new teaching mode, which promotes students' autonomous learning and research-oriented learning through the online and offline effective interaction in and out of class, fully embodying the principle of the learning-orientation. Based on this, this paper focuses on the connotation and the theoretical basis o f the multi-interactive teaching model, as well as its implementation practices and characteristics, with a view o f providing help to improve the quality of the college English teaching.

Interactive Media Visual Interpretation of Traditional Chinese Graphics in Urban Public Spaces

This paper focuses on the application of interactive media technology in the visual interpretation of traditional graphic urban public spaces in China.Case studies and practical exploration show that interactive media technologies such as projection mapping,interactive devices,virtual reality technology,etc.,have realized the diversity of traditional graphics display forms in urban public space.The rich interactive experience design enhances the sense of participation and experience of urban citizens and tourists and promotes the visual culture transmission of traditional Chinese graphics.The future urban public space exhibition is destined to continue to deepen the integration of technology and graphics,promote the visual communication of traditional Chinese graphics visual interpretation in urban public space,and promote sustainable innovation in cultural output in urban public space exhibitions around the world.

The Using Condition of Interactive Reading Strategy in Reading Scientific and Technological English Literature of Postgraduates of Engineering

In the reading process and after reading of the scientific and technological English literature for postgraduates of engineering, there are several barriers like the understanding of the vocabulary, the analyzing the complex sentences and the grasping the whole texts. This paper tries to investigate the using condition of interactive reading strategy in reading scientific and technological English literature of postgraduates of engineering. The study reveals that postgraduates of engineering frequently using some of strategies of the interactive reading strategy, but the overall using condition is only in the average level, and is not so flexible.

3D Seismic Technology Applications to the Analysis of Sedimentary Basins

The recent advances of 3D seismic technique applied in geological study of sedimentary basin analysis were reviewed.The achievements in the study of the sedimentology,structural analysis, fluid-rock interaction and igneous geology were summarized.Because 3D seismic resolution and interpretation technology are enhanced surprisingly。

An Overview of Interactive Immersive Services

Immersive services are the typical emerging services in current IMT-2020 network.With the development of network evolution,real-time interactive applications emerge one after another.This article provides an overview on immersive services which focus on real-time interaction.The scenarios,framework,requirements,key technologies,and issues of interactive immersive service are presented.

Research on the Application of Flash Animation Technology in Digital Media

This article first respectively introduces the characteristics of product design and digital media technology, combined with knowledge of the new economic background and user participation trends in innovation, analyzed the shortcomings of traditional design expression and digital media technology, through the use of digital media flash design expression and method, to solve the problem of traditional design expression. Finally, through the expression model of digital media and interactive animation based on flash animation technology, showed that flash obtained the rapid development and application in the multimedia platform.

Development and Applications of Simulation Technology

The developing process of simulation technology is discussed in view of its development, maturation and further development. The applications of simulation technology in the fields of national economy are introduced. Finally, the level and status quo of simulation technology home and overseas are analyzed, and its future trend in the new century is presented.

Information Technology and Telecommunications:Impacts on Strategic Alliance

Strategic alliance (SA) is an important way with which the enterprise can grow up. However, the development of information technology and telecommunications (IT&Ts) has vital impacts on the theory and practice of SA management. This paper analyzes these impacts from four respects: the management thinking, forming, inter organizational interaction, information exchange and knowledge transferring of SA. We point out the new characteristics of SA management in the information age and then put forward corresponding countermeasures on the basic of analyzing current alliance management theory and issue. Finally we discuss some issues that would be researched further in the future.

技术赋能下高校外语课堂互动模式研究动态

系统梳理技术赋能下高校外语课堂互动模式研究,旨在探讨当前研究的现状及存在的不足。通过综述相关文献,发现当前技术赋能下高校外语课堂互动模式主要包含师生互动、生生互动、人机互动、多元互动融合四种。学界已对这四种课堂互动模式进行了不同程度的探讨并形成基本认识,但相关研究在理论框架、研究方法和实践应用上仍存在不足。基于此,提出未来研究应继续拓展理论视角,革新研究方法,并注重通过互动策略培训提升互动促学效果,以期为外语教育工作者提供有益启示,帮助他们更好地应对技术赋能下外语课堂互动中的机遇和挑战。

水利新质生产力赋能水利高质量发展的思考

新中国成立以来经过几代水利人的接续奋斗,中国水利事业已进入高质量发展的新时代,面向新的发展需求,水利生产力亟需向创新驱动和精细化治理转型升级,水利新质生产力成为突破发展瓶颈、推动高质量发展的内在要求和着力点。对水利新质生产力的内涵和发展路径进行分析,水利新质生产力是在新发展理念指导下,推动水利行业向高科技、高效能、高质量发展的一种先进生产力质态,对保障国家水安全、实现水资源可持续利用、推动经济社会高质量发展和生态文明建设具有重要意义。发展水利新质生产力的关键路径包括培育和提升“人机一体”的新质水利劳动者、推动“智慧互动”的新质水利劳动资料的创新与应用、拓展优化“实数共生”的新质水利劳动对象的管理以及构建与水利新质生产力相适应的新型生产关系。

国内外海上雷暴研究进展

鉴于全球气候变化及极端天气事件日益增多,海上雷暴对航海及海上作业等产生的影响愈发严重。然而,由于对海上雷暴的特性和机理认识不足,加之海上观测资料匮乏,导致海上雷暴的监测与预报困难较大。针对上述问题,从气象预报视角全面概述了海上雷暴研究领域国内外最新进展,涵盖了海上雷暴观测手段与技术、活动特征以及形成机理等内容,梳理并探讨全球海上雷暴研究的现状、发展趋势及关键性问题。在回顾的基础上讨论了未来国内海上雷暴研究的发展方向,包括强化海上观测系统建设、构建海上雷暴数据集、深化海上雷暴形成机理研究、加强人工智能应用构建精确预测模型等。文章旨在梳理有关海上雷暴研究的理论成果,以期更好地服务于航海和海上作业的安全,减轻海上雷暴带来的不利影响。

食叶草蛋白的提取工艺及其与乳化剂相互作用研究

采用超声波辅助纤维素酶法提取食叶草蛋白,并从多糖和脂质中选择最佳乳化剂与食叶草蛋白相互作用,以提高其稳定性。当纤维素酶添加量为33 U/g、料液比为1∶25(g/mL)、提取时间为60 min、提取温度为46.8℃、超声功率为150.4 W、超声时间为7.5 min时,食叶草蛋白提取率最高。食叶草蛋白-大豆卵磷脂的复合物(EPLC)最小粒径为154.6 nm,复合物粒径与分散性指数(PDI)为0.32;最小PDI为食叶草蛋白-壳聚糖复合物(EPCS),粒径为191.1 nm。EPLC的溶解度最好。傅里叶变换红外光谱(FTIR)与扫描电子显微镜(SEM)结果表明,食叶草蛋白与5种乳化剂形成了复合物,EPLC的效果优于其他4种复合物。综上所述,超声结合纤维素酶法可有效提高食叶草蛋白提取率,大豆卵磷脂与食叶草蛋白形成的复合物可有效改善其功能特性。

Facilitating IT outsourcing through improving buyer-vendor interaction in outsourcing life cycle

For a clear understanding of how to foster necessary attributes of partnerships that promote a closer relationship for achieving outsourcing success,this paper tries to explore the role of interaction.Based on empirical data from a logistics and procurement flat system outsourcing case and earlier research,the industrial network approach and the international marketing and purchasing interaction model are used to analyze the nature of interaction in a three-phased outsourcing life cycle,particularly,characteristics and activities of the transition phase are identified.The findings reveal that developing a relationship between partners requires an industrial network perspective.Improving the key aspects of interaction,information and knowledge sharing,communication and collaborative participation,involved in the important events of three phases would contribute to enhance the relationships performance.The key aspects of interaction should take place among the network actors and not just between buyers and vendors.

“交互技术”概念及其在展示设计中的发展路径研究

交互技术是通过计算机输入和输出设备,实现人机对话的技术。随着信息技术的快速发展,交互技术在展示设计中扮演着越来越重要的角色,逐渐成为推动设计理念、表达方式及观众体验变革的核心动力。文章以交互技术在展示设计中的发展路径为研究对象,系统梳理其演进过程,分析其在展示设计中的多维应用。通过展示设计案例与前沿技术结合,探讨交互技术在展示设计领域的未来挑战与发展趋势,为展示设计的创新提供理论依据和实践指导。

基于视觉传达技术的人机交互界面优化设计研究

为了提升人机交互界面的布局合理性,增强用户满意度,研究基于视觉传达技术的人机交互界面优化设计方法。利用三维空间重建方法,从人机交互界面视觉传达图像的中心点出发,依据视觉传达图像平行曲线的中心以及局部脊线,三维重建视觉传达图像。计算视觉传达图像三维重建结果中各视觉感知元素的视觉传达指数。以人机交互界面的视觉传达指数最大为目标,构建人机交互界面优化模型。选取粒子群算法求解人机交互界面优化模型,引入动态惯性权重改进粒子群算法,输出人机交互界面的优化设计方案。实验结果表明,该方法能够实现人机交互界面中视觉感知元素的高效布局,人机交互界面优化设计后的峰值信噪比高于30 dB。

构建VR交互式自然景观的技术策略研究

本文探讨了VR技术的基本原理和关键技术,提出了构建VR交互式自然景观的方法。该方法基于VR全景和虚拟现实引擎分析,比较了软件、航空影像和激光扫描的建模方法,旨在高效实现数字化自然景观。经过评估自然景观特征、建模技术特点以及包括形态采集、数据分析、场景规划、模型构建和交互设计在内实施方案,开发了以Unreal Engine为核心,融合激光扫描、景观敏感性分析、点云数据建模的高效策略,旨在促进用户与虚拟自然景观之间的实时交互,增强交互的沉浸感和满意度。

基于动作捕捉技术与云计算智能交互及解析的开发研究

通过分析动作捕捉技术的现状与局限性,文章提出一个云计算支持的智能交互与解析系统框架。该系统不仅能实时捕捉并解析人体动作,还能通过云端的大数据分析提供更加精准的动作识别和反馈。系统在保证高效率和低延迟的同时,也实现了海量数据的存储与处理。研究结果表明,结合动作捕捉与云计算的智能交互系统在体育训练、远程医疗、娱乐等多个领域均具有广泛的应用前景。

脑机接口技术在政府治理中的潜在风险及规制路径

脑机接口技术逐渐进入人们的视野,为实现人机互动创造了良好的前景。脑机接口可以为政府和公众之间提供更高效的信息交流和沟通方式,同时,智识领域的努力使基础科学在脑机接口技术领域的实质性突破,国家政策对其大力支持,产业链也初步形成。因此,脑机接口技术具有应用于政府治理的现实可能。但脑机接口技术参与政府治理同样会引发潜在风险。首先这是针对人身的技术进步,但极有可能会造成人身伤害,它同样会对人脑进行监测,使人们的言论自由、人身自由及监督权等基本权利受到威胁,个人信息与隐私安全等民事权益保护方面也会产生较大风险。人们对这一技术的接受与认可不一,偏见似乎占据上风,这不仅是技术本身的缘故,而且与人们是否能合理应用有关。因此,脑机接口技术若要应用于政府治理,尚需在加强伦理审查和道德监管、促进专门立法及合宪性审查、落实信息保护及公众知情参与、防范技术滥用及打击违法犯罪等方面建立合理秩序。

视觉传达设计中的交互动画特效及实践路径

时代日益进步的过程中,各种先进技术手段层出不穷,视觉传达设计也迎来新的发展机遇。数字技术的助力之下,视觉设计和交互设计深度融合,强化视觉导向功能,给人带来强烈的视觉冲击力。视觉传达设计中,交互动画特效的重要性日渐凸显,其可大幅提升视觉设计作品的创意性、观赏性,使其更为匹配当代人的审美需求。但从如今的交互动画特效制作情况来看,还存在不少问题,尚未将现代技术的优势充分利用起来。基于此,本文通过对交互动画特效进行介绍,指出视觉传达设计中交互动画特效制作的优势,提出视觉传达设计中的交互动画特效制作路径。