The Pathways and Mechanisms for Collaborative Innovation in Vocational Education,Higher Education,and Continuing Education

Against the backdrop of rapid global economic development,the demand for education has gradually shifted from quantitative growth to qualitative improvement.Vocational education,higher education,and continuing education are crucial components of China’s education system,each serving different educational functions.However,the collaborative innovation among these three types of education is still in the preliminary exploration stage,with issues such as scattered resources and imperfect coordination mechanisms.This paper systematically reviews relevant domestic and international research and practical experiences,thoroughly analyzes the pathways,models,and mechanisms of collaborative innovation among these three types of education,and proposes practical and operational suggestions based on the actual situation in Xuzhou City.The study finds that collaboration between vocational education,higher education,and continuing education through innovation not only enhances the overall efficiency of educational resources but also promotes regional economic development and social progress.On this basis,this paper proposes specific measures such as building an education resource-sharing platform,promoting a chain-based talent training system,strengthening policy and institutional guarantees,and improving incentive mechanisms,aiming to provide a reference for local education administrators and contribute to the innovative development of education in China.

Study on Talent Training Mechanisms of Marine Cultural Industry Based on Collaborative Innovation of Governments,Enterprises,Colleges,Scientific Institutions and Users

Based on the review of related concepts,the current situation and problems of talent training in marine cultural industry in China were analyzed,and talent training mechanisms of marine cultural industry based on collaborative innovation of governments,enterprises,colleges,scientific institutions and users were proposed to promote the transformation,upgrading and vigorous development of marine cultural industry,accelerate the spread of marine culture with Chinese characteristics,and build China into a maritime power.

Research on Intellectual Property Benefits Allocation Mechanism—Using Case of Regional-Development Oriented Collaborative Innovation Center of China

The intellectual property (IP) benefits allocation is a major problem in collaborative innovation, because the collaborative partners have different benefits pursues, and they make the allocation of ownership and benefits complicated. If the interests can’t be allocated properly, then the conflicts will occur between the collaborative partners and collaborative relationship can’t last long, so we focus on the benefits allocation mechanism of IP to ensure each participated partner can get the benefits fairly. Some scholars noticed the importance of IP benefits allocation and conducted theoretical research, which provided model and theoretical analysis, but these research contents were not comprehensive, the research methods and evidences seemed inadequate, which leaded the conclusions into?having limited meaning. Thus, we use case study and investigate regional-development oriented collaborative innovation center to examine the benefits allocation mechanism. We find out the problems in the existing benefits allocation mechanism, such as the compensation and rewards are not enough, the benefits allocation should be fair, the payment way is not various and so on. Based on the case study on the status quo and combined with related needs, we put forward that ensure the ownership of IP, attention on regulation construction, benefits protection and so on. We hope this study can solve these problems through case analysis, and benefit to maintain collaborative relationship.

Study on Driving Technology Innovation Using Patent Management Mechanism

In order to improve the cigarette enterprise technology innovation and patent management status, the macro work should start from the four aspects of patent ideology introduction, patent organization design, perfecting patent system and implementation of specific measures, and attention should be attached to strengthen the cooperation of the cigarette enterprise management departments. On the other hand, Jn the microscopic work level, it should build the culture atmosphere of the entire tobacco industry respect intellectual property rights, actively cultivate the na- tional patent agents and patent engineers, and gradually promote the patent work to develop in the direction of specialization, self-independence, so as to construct a scientific mechanism for patent management, and enhance the core competitiveness of the tobacco industry.

Marine Ranching Engineering Collaborative Innovation from the Perspective of Ecological Environment

As a resource development model with both economic and ecological functions,the environmental friendliness of marine ranching products meets the environmental needs of consumers.However,the lack of technological innovation ability limits the development of marine ranching.Therefore,this research builds a marine ranching collaborative innovation system with multi-agent participation.Evolutionary game theory is used to analyze strategic choices of all parties and the conditions of system equilibrium,and numerical simulation is used to analyze the effect of relevant factors.This paper integrates the benefits from the improvement of environmental friendliness into the payoff matrix,and explains the significance of collaborative innovation to the development of marine ranching from the perspective of ecological environment.The results showed:the participation willingness of marine ranching enterprises is positively related to open innovation subject,while the participation willingness of the other two parties is negatively related to the government;The incentive effect of collaboration is negatively correlated with the government’s will,positively correlated with the other two parties;The incentive effect of government subsidies positively affects the willingness of the three parties to participate.Finally,suggestions are provided for each participant to maintain the strategic choice of marine ranching collaborative innovation system.

Supply-side Reform and Management Accounting Innovation

Essentially, the supply-side reform will also play a very important role in China's future economic development. The supply-side reform can adjust the industrial structures to solve a series of problems in China's economy, such as the process mismatch. If we actively use the advantages of the supply-side reform in the management accounting, then enterprises can further optimize and improve the management accounting system and the related information systems on the basis of improving the value increment of enterprises.

Analysis of the innovation of the financial management under the e-commerce environment

The traditional financial management model has been unable to meet the requirements of the economic development on the enterprises, so it is necessary to find a new way out for the financial management of the enterprises, Although the e-commerce has many advantages in the implementation of the financial management of the enterprises, there are still some problems that cannot be ignored. Each enterprise must first base itself on the development of the enterprise itself, and then should take some measures. Firstly, the author of this paper elaborates the current situations of the development of the e-commerce technology in China, and then analyzes the problems in the financial management of the enterprises under the e-commerce environment, and finally puts forward some suggestions on the innovation of the financial management under the e-commerce environment

Discussion on Cultivation of Collaborative Innovation Ability of Postgraduates Under Background of New Engineering

In view of the increasing number of postgraduates,the quality of postgraduates also presents the situation of multi-level differentiation.In this paper,combined with the requirements of new engineering construction for personnel training,the collaborative innovation training mode of postgraduates under the background of new engineering is explored.Those include:breaking through the single training of teacherpupil inheritance and establishing a team cooperative training mechanism;Breaking through the limit of a single discipline and realizing the cooperative training mechanism of engineering postgraduates across disciplines and schools;Breaking through the closed training in colleges and universities,realizing the cooperative training in the industry,and building a cooperative training mechanism for postgraduates that involves production,study and research;and building an international science and technology cooperation platform and cultivating the cooperative innovation ability of postgraduates.

Investing in Strategies to Accelerate Conservation and Measure Impact in the Delaware River Watershed

The Delaware River watershed provides drinking water to over 15 million people, critical habitat for plants and animals, including many threatened and endangered species, and recreational and economic enterprise valued at $10 billion per year in direct wages. Water quality and associated economic, environmental and social values have improved dramatically since the 1950s when the lower portion of the river was declared a dead zone during parts of the summer due to excessive inputs of domestic and industrial waste. The question today is how to ensure that progress continues in the face of persistent and growing threats to water quality. Recognizing the challenges facing the watershed, over 40 of the leading conservation groups in this 13,000 square mile region are pursuing a 10-year strategic initiative focused on water quality through the Delaware River Watershed Initiative, a conservation program advancing a combination of place-based work in watershed protection, restoration, education, collaboration and innovation through collective impact. This paper serves as an invitation for broader strategic involvement to accelerate watershed protection and restoration;it also is a springboard for stakeholders to set an agenda for ensuring that the Delaware River watershed delivers clean water for humans, plants and animals. The paper identifies eight “clusters” of sub-watersheds, constituting approximately 25 percent of the total Delaware Basin, where analysis has shown that investment in water quality could deliver significant returns. Diverse geology, land use, development patterns, population density and en-vironmental stressors are present throughout these sub-watershed clusters. Focusing conservation actions in these places contributes directly to local water quality, and by fostering experimentation and innovation, it also cultivates a wide range of effective approaches for scaling up investment across the Delaware River watershed and beyond. This paper emphasizes five strategies for investing in protection of high quality waters and restoration of impaired waters: 1. protect forested headwaters to maintain high water quality;2. manage agricultural lands to reduce polluted runoff and increase groundwater infiltration;3. implement best practices and new financial incentives to reduce urban stormwater pollution through natural processes;4. increase the evidence base for watershed protection by monitoring trends in water quality and assessing project impacts;5. improve policy and practice through applied research focused on water quality outcomes. These strategies demand place-based work, and the Delawre River Watershed Initiative will focus on advancing these efforts through the cooperation of organizations located in the eight distinct watershed clusters. Proceeding downstream from the headwaters, the eight landscapes are: Pocono Mountains and Kittatinny Ridge;New Jersey Highlands;Upper Lehigh River;Middle Schuylkill River;Schuylkill Highlands;Brandywine and Christina Rivers Upstream;Suburban Philadelphia;and Kirkwood-Cohansey Aquifer (comprising New Jersey’s Bayshore;and Pine Barrens). These clusters bring together many of the most ecologically valuable and significantly impaired areas of the watershed. They are strategically located where strong organizations and critical natural vatues provide measurable opportunities for advancing local water quality while having regional impact. The selection of areas and strategies was based on research and planning undertaken by the Open Space Institute (OSI) and the Academy of Natural Sciences of Drexel University (ANSDU} with support from the William Penn Foundation. Researchers at OSI and ANSDU were joined by the National Fish and Wildlfe Foundation (NFWF) in engaging over 40 organizations working across the eight sub-watershed clusters to develop collaborative plans for implementing and measuring local conservation strategies essential to the long-term health and vibrancy of the region. These implementation plans tackle major threats to water quality and include strategies to track progress and share lessons learned. The plans provide a framework for public agencies and philanthropic funders seeking to pursue targeted watershed protection outcomes supported by monitoring, technical assistance and ongoing communications. Organizations large and small, public and private, are invited to read this paper and consider this program as an opportunity to align investment for greater impact and help ensure a bright future for the Delaware River watershed.

创新教育理念下高职院校学生教育管理改革研究

当前正处在我国加快速度推动教育事业改革与发展的现实背景下,为了更好地转变传统教育观念,构建适合学生发展与成长的新型教育管理模式和机制,本文将结合创新教育理念分析讨论培养学生综合素质,提高学生创新精神的主要途径。鉴于此,为了有效突出创新教育理念的改革必要性,本文将从改革意义入手、总结当前教育管理改革困境,针对性提出优化学生教育管理改革工作的措施,希望能够灵活地推动高职院校实现教育管理工作。

企业创新生态系统协同演化机制:理论框架与未来研究

协同演化是企业创新生态系统的核心本质,是推动创新持续发展的系统力量。现有企业创新生态系统协同演化研究基本停留在现象分析层面,对其背后的协同演化机制挖掘不足。通过检索国内外高质量期刊文献,梳理不同学科领域的相关研究主题,如创新生态系统及其协同演化内涵和特征、创新生态系统构建与演化过程,以及多主体协同演化机制,在此基础上提出企业创新生态系统协同演化机制研究框架,指明未来研究方向、方法、路径和关键情境。研究结果可为揭示企业创新生态系统协同演化机制提供多学科交叉理论基础,有助于创新生态系统研究向纵深发展。

基于供应链视角的企业协同生态创新演化博弈

基于演化博弈理论建立政府规制下的供应链核心企业和非核心企业协同生态创新的演化博弈模型,并对策略选择进行稳定性分析,结合数值仿真模拟不同参数变化对系统演化的影响。结果表明:生态创新的收益越高成本越低越有助于企业协同生态创新;搭便车收益会对企业协同生态创新产生负向影响;存在一个最佳的协同收益分配系数使得双方选择协同生态创新的概率最大;政府补贴和惩罚机制对企业协同生态创新有显著推动作用。

新一代人工智能驱动档案信息化建设的现状和趋势探讨——基于医疗机构的考察

探讨新一代人工智能技术在档案信息化建设中的应用现状和趋势,并以医疗机构为调查对象进行实证分析。通过分析新一代人工智能技术在档案信息化建设中的应用现状和趋势,结合在医疗机构的调查分析,提出了调查设计和方法,并进行了调查结果统计和分析。探讨了医疗档案信息化建设的特点和需求,分析了新一代人工智能技术在医疗档案信息化建设中的现状、趋势、挑战和未来的发展方向,提出了新一代人工智能技术驱动档案信息化建设建议和展望。

基于产教融合的职业教育教学创新团队建设

教学创新团队是基于产教融合的新型团队,要起到示范作用,将校企与校际协作共同体、示范性产业学院、创新型实验或实践教学中心等作为团队的依托。教学创新团队的运行需要进行团队成员的分工与协作、团队教师的考核与评价、团队的制度建设。教学创新团队需要建立协同工作机制,包括建立多层次贯通的人才培养模式、约束制度、教研和科研管理制度、专业建设制度等,加强专业带头人、“双师型”教师、青年教师、企业兼职教师能力培养。校企与校际合作的方式包括共建教师发展中心,共同制订人才培养方案,按工作岗位的能力要求制订课程标准,基于工作过程构建课程体系等。教学创新团队建设是一项重要任务,需要众多院校、企业的深度参与,加强创新和探索。

中瑞农业科技创新合作的必要性及对策建议

瑞士作为我国首个创新战略伙伴关系国,与我国有着良好的农业科技合作基础。两国农业科技创新需求互补性强、利益与战略契合点多、合作领域广泛、合作空间与潜力大。加强两国不同利益相关方在农业科技领域的创新合作,将有助于共同应对区域性或全球性重大农业挑战。文章阐述了双方在农业科技创新领域合作的必要性,分析了双方农业科技发展的特点以及双方合作发展态势,剖析了双方农业科技创新合作中存在的问题,并从项目管理机制、合作成果评价机制、项目资助机制、相关利益方参与机制等方面提出了双方在农业科技创新领域加强合作的对策建议,以期为两国未来合作机制的深入探索提供借鉴与参考。

企业数字化创新战略的适应性选择机制

针对现有研究中导向型、涌现型、权变型三种企业数字化创新战略的研究结论不兼容甚至矛盾现象,本文基于知识观探讨企业数字化创新战略的适应性选择机制,将三种创新战略纳入统一的分析框架,通过揭示组织的知识结构、认识系统特征与数字化创新战略选择及其绩效之间的复杂组态关系进行实证研究。研究表明:(1)从知识观视角看,组织的知识结构与认识系统特征构成企业选择数字化创新战略的两个关键因素;(2)导向型与涌现型数字化创新战略之间既互补又替代,组织知识基础条件之间的差异形成导向型与涌现型战略之间的权变型战略。据此,本文提出企业数字化创新战略的适应性机制理论,推进了企业数字化创新战略与适应性变革的交又理论创新,为企业数字化转型实践提供管理启示。

新时代大学生思想政治教育协同创新机制研究

新时代,我国高等教育进入了内涵式发展的新阶段,大学生思想政治教育作为高等教育的一部分,其重要性愈发凸显。面对新形势、新任务,如何加强和改进大学生思想政治教育,成为高等教育领域亟待解决的问题。协同创新作为一种新的教育理念和教育模式,为大学生思想政治教育提供了新的思路和方法。基于此,文章从新时代背景出发,探讨大学生思想政治教育的协同创新机制,以期为提升思想政治教育质量提供有益参考。

公安院校智慧交通管理人才培养模式探索——基于“三融合六协同”产学合作

浙江警察学院交通管理工程专业作为国家一流本科专业建设点,对智慧交通管理人才的知识、能力、素质培养提出了更高要求。结合新工科、《交通强国建设纲要》以及智能交通系统变革等背景,提出基于“三融合六协同”的人才培养新模式,进一步深化推进公安实战化教育改革,培养具有多学科背景的,高层次、复合型、创新类应用警务人才,为公安队伍输送力量。

AI普及化背景下的价值提升机制与未来研究方向——基于人机持续互信视角

随着人工智能(Artificial Intelligence, AI)技术在各行各业的普及应用,如何推动人与AI系统的协作创新,进而提升AI系统价值是当前重要的管理挑战。本文从人机持续互信的视角出发,对用户和AI系统协作中的信任及其提升机制进行了系统的综述,并识别出当前研究在持续信任、人机互信、技术保障和组织适配等方面的研究不足,提出构建人机持续互信的AI系统是提升其价值的关键。论文基于此提出未来的四个研究方向:(1)用户持续信任导向的AI感知特征设计;(2)人机双向信任导向的AI交互特征设计;(3)人机持续互信导向的AI技术保障设计;(4)人机持续互信导向的AI组织适配设计,希望为未来AI系统相关的研究提供指引框架。

异质性数字化投入对制造业绩效的影响机理——基于文本分析的实证方法

基于2016-2021年制造业上市企业平衡面板数据,以异质性数字化投入为切入点,运用文本分析方法和面板回归模型,研究通用型数字化投入和专用型数字化投入对企业绩效的影响及作用机制。研究发现:第一,通用型数字化投入与企业绩效之间存在非线性关系(先上升再下降),且投入临界值为0.3678;第二,专用型数字化投入与企业绩效之间关系不显著;第三,管理效率优化是企业数字化投入作用于企业绩效的中间机制,在通用型数字化投入影响企业绩效的过程中发挥非线性中介传导作用,而商业模式创新在目前尚未发挥有效作用。研究结论表明,经过通用型数字化投入的“红利期”,其对企业绩效的正向影响呈递减趋势。