Analysis on the Effective Application of VPN Technology in Hospital Information Construction

With the rapid development of economic construction, constant improvement of economic level of china, all walks of life have technologically conducted in-depth study on related knowledge applied in their own areas. Among them, the application of relative technology as well as relative requirements in medical industry is also constantly improving. The application of emerging technology not only plays a significant role in the modernization development of hospital, but also is greatly significant on the improvement of medical quality. Therefore the key point of hospital development is how to use network technique to ensure the rapid, stable and safe operation of hospital's daily work. Starting from the information construction of hospital, this paper has made a discussion on the concept and advantages of VPN technology, and an analysis on the specific application of VPN technology in hospital. According to the discourse of the paper, it's possible to provide valuable references and suggestions for the application of VPN technology on the information construction of hospitals.

Key Technology and Complete-set Equipment for Intelligent Construction of HSR Simply-supported Girder Reinforcement Framework

In view of the problems such as backward production mode,poor quality stability,high safety risk and incomplete control system during erection of the reinforcement framework of simply-supported box girders for high-speed railway(HSR),and in combination with the key points and main challenges in the reinforcement framework construction of Guangzhou-Zhanjiang HSR,the overall technical route for the intelligent manufacturing of reinforcement framework of simply-supported box girders is put forward.The component design of reinforcement framework of simply supported box girder is carried out based on BIM,and the feasibility of the scheme is verified through segment assembly test.The assembly techniques are studied in combination with the mesh design scheme to achieve rapid forming of the reinforcement framework.R&D of automatic processing equipment for components,material transshipment equipment,automatic hoisting equipment and technological equipment for assembly clamping fixture are carried out to realize the overall design of equipment production line.An intelligent control system is developed for the whole-process intelligent construction of reinforcement framework to realize the full life-cycle applications for the workshop production and visual management including intelligent layout and quality traceability.The research results systematically optimize and innovate the assembly and forming technologies of reinforcement framework in the prefabrication beam yard of high-speed railway,realize the component processing,automatic assembly and information technology management,improve the construction quality,efficiency and information technology level of intelligent manufacturing of reinforcement framework of railway prefabricated beam as a whole,and reduce the construction cost of the project.The research has realized a major breakthrough in the construction technology of railway prefabricated box girders,which has the extensive technical and market promotion values.

Intelligent Construction Technology of Hyperbolic Curtain Wall

Taking the hyperbolic glass curtain wall project of the Wuhan Jinyinhu Commercial Plaza as an example,the characteristics of different curved glass forming technologies were analyzed in this paper.Combined with the actual engineering situation,the curved steel process is selected to produce the hyperbolic glass curtain wall,and the application of BIM technology in the quality control of hyperbolic glass curtain wall in the production process was analyzed,and the effects of heating condition,bending time,cooling condition,and bending tempering error in the manufacturing accuracy of the curved glass curtain wall were studied,in hope that this project can provide practical reference for similar curtain wall design construction in the future.

Application of the Computer Application Technology in the Enterprise Informatization

With the rapid development of our society and the economy,the competitions among enterprises are becoming fiercer and fiercer.In order to take the lead in the fiercely competitive market economy,enterprises must keep pace with the times and constantly introduce the advanced technologies to improve their core competitiveness.Through the enterprise informatization,enterprises have achieved the remarkable results in improving their working qualities,working efficiency and controlling cost expenditure.In this context,the application of the computer application technologies in the enterprise informatization is analyzed to a certain extent,in order to promote enterprises to strengthen the construction of informatization,and then better respond to the latest challenges faced by enterprises under the background of the rapid development of the modem economy.

Constructing an assessment index system for strategic risk management in coal science and technology enterprises

Coal occupies a dominant position in China's national economy and is an essential energy source for future industrial development.To inform the efficient and sustainable development of the coal industry,this paper analyzes the sources of strategic risk for coal science and technology enterprises using 3 firstclass indicators,10 second-level indicators,and 37 observation points established through the existing research literature and experience.Moreover,in accordance to the obtained initial index data,the selected indicators have been tested and screened using reliability and membership degree analyses to remove redundant variables,avoid juxtaposition of risk factors at different levels,and reduce the influence of some tiny risk factors for enterprise strategic risk.Then,factor analysis of external environment factor sub-scale was carried out.Factors are extracted according to a standard characteristic value greater than 1.Variables with high coefficients are classified into one factor category;and finally,3 first-class indicators,8 second-level indicators,and 37 observation points are reconstructed.

大数据时代空间信息与数字技术专业建设探讨

面对大数据时代“空间信息与数字技术”专业建设的挑战,如何适应经济社会发展的人才需求,培养兼具“信息技术”+“领域知识”的“空间信息与数字技术”专业的复合型人才,是该专业持续建设需要着重探讨的问题。从创新“3332”人才培养模式、重构“信息技术+领域知识”的课程体系、构建“基础-综合-创新”相结合的实践教学体系三方面对该专业的建设问题进行了探讨,给出了与之对应的专业建设的具体措施、路径与办法,以期为大数据时代“空间信息与数字技术”专业建设和人才培养提供参考,以满足国家战略对该专业高层次复合型人才培养的需求。

融合虚拟仿真与信息技术的施工技术课程创新教学研究

施工技术课程创新教学研究的目的在于更新课程教学资源,培养学生创新思维,实现虚拟仿真技术对课程教学过程的优化,激发学生的学习兴趣,提升学生解决工程问题的能力。在信息化教学背景下,“云端”教学平台可以对课程全过程进行评价,形成完整的学习链条,激发学生学习的积极性和专注度,从而实现对学生更全面、更公正的评价。为保证课程的教学效果,培养适应课程创新教学的高质量教师队伍非常重要。融合虚拟仿真与信息技术的施工技术课程创新教学研究有利于培养新时代高等工程人才,为新课程体系的建立提供借鉴。

湖北省农业科技成果转化现状与对策

加快农业科技成果转化有利于提高农业质量效益和竞争力,有利于加快农业农村现代化。文章阐述了湖北省农业科技成果转化现状,系统分析了农业科技成果转化存在的主要问题,提出了强化资金投入、强化需求导向、强化企业培育、强化服务机构和人才队伍建设等加强农业科技成果转化的建议,以期为提升湖北省农业科技成果转化工作效能提供参考。

实验室管理信息系统的建设与应用

文章主要探讨了实验室管理信息系统的构成、功能、建设过程、优势和发展趋势。通过详细介绍实验室管理信息系统的主要组成部分和基本功能,阐述了该系统具有较强的数据管理、设备调度和实验进度跟踪功能,可以提高实验室管理的效率和精度。针对该系统的建设过程,强调了需对实验室管理的具体需求进行详细的分析和系统设计,同时选择适合的硬件设施和软件平台进行搭建,并利用网络通信和信息安全技术进行保障和优化。最后,提出了实验室管理信息系统将面临更多智能化和数据化趋势的展望,未来将经历更多深度集成和优化,以进一步提高实验室管理和研究工作的效率和质量。

海洋信息工程新工科专业复合交叉实践平台建设

海洋信息工程新工科专业复合交叉实践平台依据学校的专业发展战略进行了规划和建设。实践平台建设包括教师团队、实验室、实践内容、平台管理四个方面。实践平台基于新工科内容新颖、学科交叉、需求导向的特点进行整体规划,其中,实验室布局注重多功能、使用高效性,实践内容规划突出海洋、信息、计算机等学科交叉特色,平台管理围绕如何满足学生需求展开。经过建设与实施,海洋探测技术新工科实验室已达到设计要求。

文化遗产的科技保护路径及其中的多学科参与———兼论对新文科背景下相关学科建设的启示

文章聚焦文化遗产科技保护这一主流路径,从文化遗产科技行动计划文本和文化遗产保护科技创新实践项目切入,梳理归纳科技创新在文化遗产保护国家战略中的定位及发展目标与方向,探究实践项目中的学科参与及交叉融合情况。研究发现,科技创新的支撑作用,以及数字技术的重要地位在文化遗产保护领域取得共识,其中跨学科的人才培养的意义尤为强调。当前实践中所呈现的学科参与及交叉融合主要包括理工学科主导—人文学科辅助型和理工—人文明确分工型两种类型。基于上述分析,讨论了文化遗产保护科技创新中的学科参与和交叉融合对我国新文科背景下相关学科建设的启示,提出文化遗产保护是实践新文科建设的理想领域,而当前信息资源管理一级学科是进行相关学科新文科建设的最佳依托。

基于“互联网+”的建筑工程技术专业线上线下教学模式探究

“互联网+”背景下,教育事业发生了极大变革。文章简单介绍了建筑工程技术专业的基本情况,在此基础上,分析了现阶段在建筑工程技术专业教学中存在的实际问题,以此为切入点,从多个方面研究了在建筑工程技术专业教学工作中使用线上线下教学模式的策略。希望可以为相关人士提供帮助和借鉴,推动线上线下教学模式在建筑工程技术专业中的应用,提高教学质量和水平。

基于文献研究的精益建造与数字技术集成综述

精益建造(LC)与数字技术集成是提高建筑业经济效益和生产效率的关键,也是近年来理论研究和实践创新的热点领域。鉴于目前尚无学者对精益建造与数字技术集成进行系统总结,针对国内外学术刊物发表的精益建造以及应用于建造领域与数字技术相关的研究论文,采用文献计量学和重点文献分析等方法,进行系统分析和归纳。结果表明,数字技术(特别是建筑信息模型(BIM)技术)逐步成为精益建造应用推广的关键支撑,两者深度融合能产生正向协同效应,进一步提高项目管理效率并降低项目管理成本。

基于异类数据和语义建构的新兴技术弱信号识别研究

当前商业竞争不断加剧,创新和产品的迭代周期不断加快,识别未来新兴技术的早期弱信号,具有重要的战略意义。本文提出了一种基于异类数据和语义建构的新兴技术弱信号识别新方法。首先,以文献数据作为新兴技术弱信号识别的分析对象,探索使用文档离群性和文本相异性指标筛选异类数据,并构建合适的量化评估方法;其次,通过改进TF-IDF(term frequency-inverse document frequency)算法和组合图法,抽取弱信号关键词表征术语;最后,基于意义建构理论抽取术语上下文语境,挖掘并解析弱信号含义,以实现新兴技术弱信号识别。本文以量子信息领域作为实证研究对象,识别出当前量子信息领域新兴技术弱信号包括量子点吸附、量子保密协议、量子点医学和量子博弈等。研究结论证实了本文方法的有效性,可为决策者和技术研发人员提供决策支持。

领军企业创新链中联盟组合的构建机制研究——以华为5G技术研发为例

以华为5G技术研发为案例研究对象,探究领军企业创新链中联盟组合的构建机制。研究表明:领军企业在创新链不同阶段的创新目标导向下,采用了科技外交家、创新研究计划、定向精准邀约、产业生态合作的差异化联结方式,与不同成员建构了“研发导向-无耦合”“研发导向-松散耦合”“研发导向-紧密耦合”和“商业导向-紧密耦合”等多元耦合结构的联盟组合。

面向模拟电子技术的远程在线实验教学模式探索

面向新工科背景下学生远距离实验的实际要求,以专业基础课模拟电子技术为典型代表,构建多用户、全天候远程在线实验教学平台,通过网络访问真实硬件电路,达到与线下操作相同的实验体验。同时,开放了线上实验课程全部资料,方便学生便捷化、碎片化的实验学习。在此基础上,建设了常见问题智能交互系统,辅助学生在课前、课中自助解决常见实验问题。通过构建远程在线“真实”实验系统,改善了传统实验教学线下使用实验箱这种单一的授课方式,打造新型实验教学模式,有效保证教学进度和教学质量,并对远程化实验教学推广及解放教师劳动力提供重要参考价值。

基于VPN技术的跨区域科技视频会议网络构建

该科技视频会议网络充分利用VPN技术在已有的网络资源上构建跨区域视频会议网络,为了构建该网络,采用了VPN网络结构、组网结构、网络地址规划等技术方法,并以实际工程应用说明了该视频会议网络的应用效果及价值。

高校信创实验室建设探索与思考

随着信创产业的蓬勃发展,国家对高素质信创人才的需求日益迫切。但是,大多数高校尚未建设信创实验室,已建设的实验室也存在功能单一、利用率不高等问题。为适应我国信创产业发展潮流,结合信创产业当前的发展特点,提出从思想上加强信创教育,使学生了解信创产业发展的重要性和自身的社会责任;通过校企联合的方式,将信创教育有机融入传统课程,使之形成合力;鼓励教学改革,丰富信创实验室的功能。建设符合信创产业生态要求的综合性实验室,为学生提供全面的信创实践条件,从而更好地培养信创人才,为国家信创产业发展提供人才支撑。