Research on the Generation of Professional Skill Modules for Talent Cultivation in the Landscape Architecture Profession for Industry-Education Integration of Small and Medium-Sized Enterprises

Due to industry characteristics or regional limitations,many students in certain majors tend to seek employment in small and medium-sized enterprises(SMEs).SMEs face certain challenges in implementing industry-education integration,and there is a lack of mature methods in specific implementation processes and talent cultivation plan generation.Taking the landscape architecture profession as an example,this paper conducts a correlation analysis and cross-analysis of the industry-required professional skills based on surveys of over 300 industry practitioners employed in SMEs.It provides professional skill cultivation modules based on market feedback.This research process and analysis method have certain reference significance for the rapid production of adaptive talent cultivation professional skill modules in other industries targeting SMEs.

ENTERPRISE INTEGRATION PLATFORM BASED ON SERVICEORIENTED ARCHITECTURE

To achieve information integration, process integration and application integration of enterprise, an enterprise integration platform （EIP） based on service-oriented architecture （SOA） is built. The enterprise integration model depending on encapsulating the business processes as well as the enterprise applications by the neutral and standard web services is presented. The problem how to discover the existed enterprise resources and share them was resolved depending on the mechanism of publishing and discovering the services. The EIP is integrated closely with product lifecycle management （PLM） system so that the process integration as well as orchestration of the business process services is implemented by encapsulating the workflow engine of PLM system. Not only process integration and application integration, but also information integration based on the bill of material （BOM） conversion driven by process are achieved. Finally, an interpretive, qualitative case study on EIP is conducted for this research.

Integration Between Enterprise Process Monitoring and Controlling System and Enterprise Application

The relationships and the features of integration between Enterprise ProcessMonitoring and Controlling System (EPMCS) and Enterprise Process Related Applications (EPRA) wereanalyzed. An integration architecture centered on EPMCS was presented, in which there were fourlayers to connect from EPMCS to EPRA: EPMCS, application integration layer, transport layer andEPRA, and there were four layers used to etstablish integration: presentation layer, function layer,data layer and system layer. The frameworks to connect EPMCS and EPRA were designed, thatEnterprise-Independent Model (EIM), Enterprise-Specific Model (ESM) and meta-model to describe thesetwo models were defined. The method to integrate data based on XML was designed to exchange datafrom EPMCS to EPRA according to the mapping between EIM and ESM. The approches are suitable forintegrating EPMCS and systems in Product Data Management (PDM), project management and enterprisebusiness management.

Research and Development on Manufacturing Enterprise Integration Framework

Currently many enterprises have established some independent application systems such as CAD, CAPP, CAE and so on. Enterprise information integration makes these information islands connected, and thereby forms a uniform enterprise-wide information environment. First this paper discusses the main research contents of enterprise integration. Then the author introduces an Internet-based configurable and open information integration framework, and presents a multi-tier integration architecture based on reusable component. Finally a development case of enterprise integration framework is introduced.

Event-Driven SOA Based Integration Platform for Mold Making Industry

The platform consists of three administers the infrastructure of the whole platform; layers： the management service layer the integration service layer provides the core integration functions and the user service layer satisfies the enterprise integration demands. For the purpose of accommodating the characteristics of mold making companies, an event-driven enterprise service bus working as the heart of the platform is realized. A prototype system combining Web services, Business Process Execution Language （BPEL） and Web Ontology Language （OWL） is implemented. The clients and suppliers and the applications of mold making company are integrated in a loosely-coupled way through the services provided by the platform. Meanwhile the sharing of data and knowledge, and the coordination of business process are realized. By adopting the platform, a new approach is provided to solve the problem of design and manufacture integration for intra and inter mold making companies.

企业视角下的当代工业建筑设计探索与实践

随着社会生产力的提高和社会认识的转变,传统工业建筑的设计方法及设计理念已不能满足如今企业的建设需求。文章首先分析了工业建筑设计的发展过程和现阶段设计中存在的问题,从社会认识、生产能力、审美观念等角度总结了制约工业建筑发展的原因。结合实际项目案例和经验,针对当下企业在工业建筑设计建设中所关注的要点,从生产能力保障、内外因素融合、建设成本控制三个方面对当代工业建筑的设计方法和策略进行了探索和研究。从缩短建设周期、提供可变空间、彰显地域特征和企业文化、降低建造成本等方面为工业建筑的设计提供了有价值的参考和帮助。

Enterprise service bus and standard based hospital integration platform and its application research

For healthcare organizations, there is increasing needs to share data among applications to deliver qualitypatient care. It is a key for successful diagnosis and treatment to view accurate and up-to-date patient data in a single information dashboard in real time. But the fact is that many hospitals and healthcare providers today are struggling with legacy system or internally developed systems that cannot easily scale to support new interfaces; the plethora of inflexible point-to-point interfaces make changing in one system deleteriously impact other systems; some systems could not support information sharing; and the standards followed by different systems are not compatible to each other. This is making it increasingly difficult to meet the rapidly changing and demanding of healthcare service.

Computational Analysis of Performance for Heterogeneous Integrated System with Test Automation

Heterogeneity is inevitable in enterprises due to their various input requirements. The usage of proprietary integration products results in the increased cost of enterprises. During the integration, the focus area has been found to often address only the functional requirements, while the non-functional requirements are side-stepped during the initial stages of a project. Moreover, the use of proprietary integration products and non-standards-based integration platform has given rise to an inflexible integration infrastructure resulting in adaptability concerns. Web services-based integration, based on open standards, is deemed to be the only feasible solution in such cases. This paper explains the performance analysis of enterprise integration in heterogeneous environments for the distributed and the transactional applications. The analysis presented in this paper is seen as a step towards making intelligent decisions well in advance when choosing the integration mechanism/products to address the functional as well as the non-functional requirements considering the future integration needs.

EAFoC： Enterprise Architecture Framework Based on Commonality

The recent rapid development in information systems （ISs） has resulted in a critical need for integration and interoperability between heterogeneous ISs in various domains, using specific commonalities. However, stovepipe systems have been caused due to inconsistencies in planning IS architecture among stakeholders. So far, there has been no research on an enterprise architecture framework （EAF） that can satisfy with the coefficient factors of system architecture （SA） and enterprise architecture （EA）. This paper proposes a new EAF that can resolve the problems inherent in existing legacy EAFs and their features. EAFoC （Enterprise Architecture Framework based on Commonality） is based on commonality that can be satisfied as the coefficient factors in both SA and EA within a common information technology （IT） domain. Thus, it should be possible to integrate an established heterogeneous framework for each stakeholder＇s view. Consequently, the most important contribution of this paper is to establish the appropriate EAFoC for the development of consistent IS architecture, smooth communication among stakeholders, systematic integration management of diversified and complicated new IT technologies, interoperability among heterogeneous ISs, and reusability based on commonality with other platforms.

应用型高校建筑学专业课校企联合培养教学模式构建

通过强化实践能力培养,提高学生复合型技术技能,建立行业和用人单位专家参与的教学体系,而专业课教学是实现人才培养目标的重要环节,教学效果直接影响人才培养的质量。本项专业课教学研究采用“两院一体化”合作教学模式,建立“一站式”双赢长效的校企合作运行机制,构建“4个参与、3个阶段、2个环节”的校企联合培养教学体系;提出与信息技术深度融合的教学组织实施方案,解决企业教师与校内教学在时间和空间上受局限的问题;形成稳定的校内教师与企业导师“双主体”的课程教学团队,建立“联合导师制度”,设计类和实践类课程实施“1+1”辅导,为校企联合培养深度融合课堂教学提供有效保障。

基于无服务器架构的铁路应用开发资源共享与集成平台设计

为适应云计算时代企业应用开发需要,设计了基于无服务架构的铁路应用开发资源共享与集成平台,实现共享服务的发布、调用、集成、监控、评价全流程管理;通过建立铁路应用开发资源公用服务库,实现铁路应用开发可复用共性服务的集中规范管理;依托公用服务库,以API网关作为应用集成总线,为开发人员提供基于服务共享与集成的铁路应用开发新模式。该平台具备流量控制、合法请求认证、传输安全控制等服务访问控制功能,可支持高并发服务调用;此外,提供API网关监控、日志查询、数据库性能监控等运维工具及异常处置功能,保证平台稳定性和高可用性。该平台的应用将有助于提升铁路应用开发的资源复用水平、交付能力和研发质量。

工学一体化模式下建筑测量人才培养探索与实践——以某高级技工学校为例

在我国职业教育快速发展的背景下,建筑测量专业技能型人才的培养面临重要机遇。以某技工院校建筑测量专业为研究对象,聚焦工学一体化人才培养模式,通过分析课程设置、教学方法、校企合作及实训基地建设等多方面的创新实践,探讨适应新时代需求的人才培养路径。研究表明:该模式有效提升了学生的技能水平和职业素养,增强了就业竞争力。最后,提出了进一步优化教师培训、深化校企合作及引入高新技术设备的建议,以期为建筑测量专业的高技能人才培养提供理论支撑与实践参考。

微服务在石油化工企业的多平台整合中的有效运用

随着企业信息化、数字化的推进,企业之间的竞争已经从原来单一产品或服务的竞争发展为平台的竞争,微服务架构已成为企业数字化转型中的重要发展趋势。本文阐述微服务的相关理论和技术,分析微服务在石油化工企业应用的优点,设计多平台整合微服务架构,以期微服务能更好地适应业务模式、产品结构、客户需求等不断变化的需求。

数据网络集成技术在企业网络架构中的应用

在数字化和互联网驱动的商业环境中,数据网络集成技术至关重要。该技术可以将不同的网络技术、平台和服务融合在一起,以提高效率、安全性和可管理性。数据网络集成技术使企业能有效地整合新的和已有的网络资源,包括负载平衡、网络缓存、数据加密等关键技术,从而营造更加高效和安全的网络环境。

电网企业基于面向服务架构的应用集成研究与实现

结合电网企业数字化和信息化的发展方向,针对电网企业目前信息化的发展现状,提出采用企业应用集成(EAI)技术解决现存信息孤岛的问题。指出基于面向服务架构(SOA)的集成技术是实现电网EAI的重要模式,提出基于SOA的EAI框架,并从数据层和业务流程层集成设计相应的实现方案,使该集成平台可以提供基于公共信息模型(CIM)语义的数据和完成典型业务流程的自动化运行,最后介绍上海市电力公司的基于SOA的EAI实践。

基于多智能体技术的电力企业开放信息集成体系结构研究

该文针对电力企业存在的“缺乏有效的整合信息平台,信息集成度差”现状,采用最新的信息集成标准、企业综合集成总线、CORBA 标准等,基于多智能体技术,提出了电力企业跨业务应用、跨软件系统、跨操作平台的开放式信息集成平台及其体系结构,并研究了其实现方式。该框架可使孤岛电力企业信息系统有效结合起来,达到信息的高度共享和实时获取。

供应链体系结构的比较研究

论述了供应链体系结构研究的意义 ,指出面向供应链的企业集成是研究、开发、实践先进制造理论和技术的结果 ,介绍了供应链体系结构的研究现状和几个重要的模型 ,包括供应链作业参考模型、供应链开发模型等 ,对这些模型进行了比较和概括 。

基于SOA构建新一代的企业应用集成

从分析企业应用集成实现技术的局限性出发,提出了基于面向服务体系结构来构建企业应用集成基础架构的思想;然后,采用面向服务的集成方法,结合企业服务总线技术和业务流程管理方法,给出了一个新型企业应用集成的参考体系结构;最后,基于该参考体系结构设计了一个解决异构应用系统数据一致性的原型系统,并通过数据同步的用例详细讲解了该原型系统。

基于Web服务的企业集成平台框架研究

为实现企业信息、过程与应用系统的动态集成,构建了基于"用户-流程-应用系统"模型的企业集成平台逻辑框架。该框架以企业应用系统及相关数据库为底层支撑,采用Web服务将应用系统和业务流程逻辑封装为标准服务,通过服务的发布与发现机制,实现企业资源的发现和共享。以业务流程方式将企业内的服务进行动态编制,实现基于业务流程的企业运行动态组合,并实现业务流程的定制与监控。集成平台的核心为Web服务的管理与编制,通过业务流程引擎驱动执行。平台对外表现为统一的企业门户,可以实现企业用户单点登录,并且建立了涵盖企业和车间两个级别的综合看板。最后结合企业实际,给出了集成平台框架实例。

集团化钢铁企业现代集成制造系统整体架构及应用研究

在分析钢铁企业集团化管理模式的基础上,针对集团化现代集成制造的实际需求和指导思想,提出了一个具有分布式开放体系的集成参考架构。该架构为集团化企业提供了一个统一的集成环境和相应的集成服务,实现了网络环境下的集团运作和业务协同,解决了在异域、异构和分布式环境下集团企业综合信息化的问题。最后,着重从集团化现代集成制造的支撑体系、计算体系和应用集成3方面,详细论述了该架构的实际应用。