基于Internet的协同产品概念设计

产品概念设计是决定产品最终成本和创新程度的一个非常关键的阶段,在基于Internet的协同产品概念设计需求分析的基础上,提出了支持协同产品概念设计的总体框架,并分析了各个模块的作用及相互关系．基于这一支持框架,进一步提出了从概念生成、概念交流,到最佳产品概念选择这样一个包括三个阶段的协同产品概念设计模型,从整体上论述了协同概念设计过程的实现．本文提出的协同产品概念设计的总体框架和设计过程模型为实现产品的快速开发和创新设计提供了有效的支持和实现模式．     

网络时代大学生的思想道德教育与修养

文章对网络时代大学生思想道德状况进行了分析,对新形势下大学生思想道德教育与修养的重要性及其途径、方法进行了比较深入的探讨.     

基于web的网上考试及练习系统

提出了一种基于web网上的考试和练习系统的解决方案,详细论述了系统的设计思想,实现过程,开发环境,运行环境和开发工具,同时给出了系统基于ASP(Active Server Page)技术及相关技术的实现方法.     

网络环境对研究生培养模式影响研究

网络环境为研究生教学和科研能力培养提供了良好的外部条件，同时也促进了研究生培养模式的转换。文章研究了网络环境下研究生教学与科研能力培养的新任务、研究生教学方法改进的方向和策略、以及科研能力培养的新模式，并详细分析了网络环境下研究生教学和科研能力培养应该注意的若干问题。     

“组织行为学”教学与大学生网络交际教育

随着网络的产生、发展，网络对于大学生越来越具有亲和力，但是我们也应看到由此而产生的网络行为，不少大学生从现实人际交往走向网络交际。在心理学中，如何将心理学教学与大学生网络交际教育结合起来是值得关注和思考的问题。     

Mitigating supply chain disruptions through interconnected logistics services in the Physical Internet

This paper investigates the resilience of inventory models using interconnected logistics services in the Physical Internet (PI). With traditional supply chain network design, companies define and optimise their own logistics networks, resulting in current logistics systems being a set of independent heterogeneous logistics networks. The concept of PI aims to integrate independent logistics networks into a global, open, interconnected system. Prior research has shown that new inventory models enabled by and applied to PI could help reduce inventory levels thanks to its high flexibility. Continuing along these lines, this paper examines how inventory models applying PI deal with disruptions at hubs and plants. To attain this, a single product inventory problem with uncertain demands and stochastic supply disruptions is studied. A simulation-based optimisation model is proposed to determine inventory control decisions. The results suggest that the PI inventory model, with greater agility and flexibility, outperforms the current classic inventory models in terms of resilience. Moreover, the difference in performance increases when the product value, penalty costs and disruption frequency increases. This paper indicates a novel approach to build a resilient supply network.     

合作配送管理

分析了现有配送流程,指明了在现有配送流程中供应方,配送方、需求访信息不分享现象导致了资源的极大浪费,提出了合作配送的概念,给出了合作配送业务流程,指明了合作伙伴通过认同的业务流程,在计划,预测,执行和评价方面共同合作可以有效地提高配送的效率,通过运用CPFR理念提出了合作配送管理（CDM）,阐明了合作配送系统支撑以及合作配送的结果与评价指标。     

Two Way Integration of Engineering Education through a Design Project

Horizontal and vertical integration of engineering education is achieved through an early‐design project where students get acquainted with Total Quality Management (TQM) principles and design processes from year‐one of their University education. The project is embedded in the undergraduate chemical engineering curriculum as an activity that involves horizontally several first‐year subjects and vertically a fourth‐year Project Management Practice course and a related Project Management subject. An assessment of the integrated design project indicates that effective teaching and learning spreads through the curriculum, with fourth‐year students acting as project managers and experiencing engineering practice. These management and leadership training processes include a shared responsibility in the organization and in the development of the project, which are key factors for the success of the integrated activity. They are also a first step towards the ETSEQ goal of becoming a sustainable student‐centered educational system.     

分布式多Agent安全合作体系结构TRUST!

给出了一种基于互惠和安全的分布式多Agent合作体系结构TRUST！,TRUST！具有很好的可扩展性、鲁棒性、安全性、现现实社会的一致性。同时,基于TRUST！,对分布式合作过滤进行了仿真研究,Agent只有局部视角,通过Agent之间的非线性交互, 形成了宏观的自组织现象,从而有助于探讨复杂系统的本质。     

建筑CAD网络协同设计

介绍了建筑CAD网络协同设计的概念、组织,并且进一步分析了利用互联网进行设计信息的管理、交流、维护。论述了通过AutoCAD实施来进行建筑CAD网络协同设计的方法。     

Containers monitoring through the Physical Internet: a spatial 3D model based on wireless sensor networks

The Physical Internet concept was developed to address the current unsustainability problem of logistic systems. The key elements are the encapsulation and the handling of world-standard smart green modular containers (π-containers) throughout an open global logistic infrastructure. Logistic processes such as partial loading/unloading or splitting/merging of π-containers play an important role for a successful Physical Internet. However, the large variety of transformation processes can introduce desynchronisation between the physical and informational flows, i.e. the real composition of a composite π-container (a set of stacked π-containers) can differ of the information stored in the supply chain management system. To overcome this problem, this paper proposes a system to generate and maintain automatically a virtual three-dimensional layout reflecting the spatial distribution of π-containers. The proposed approach uses smart π-containers equipped with wireless sensor nodes. The relative position of π-containers can be determined by the neighbourhood relationships between the sensor nodes. From this information, a constraint set is formulated in a Constraint Satisfaction Problem where each solution is a potential loading pattern. The methodology is developed and computational experiments are proposed, as a proof-of-concept. The results show that our proposed method yields quick and satisfactory results.     

Collaborative superconductivity research in Europe

The collaboration in Europe for research in superconductivity, especially for large Scale applications, has a long tradition. In the early seventies already a so-called "GESSS group" (Group on European Superconducting System Studies) became active for accelerator and detector magnet development. In the second half of the seventies the fusion technology programme in Europe called for an increasing effort in magnet development. Due to the fact that the fusion work is at all a collaborative European effort and the earlier GESSS laboratories got involved in that area too, these activities were carried out jointly from the beginning. Participation in the IEA-Large Coil Task by two European groups also proved the capability of an even broader international collaboration. Based on the different management schemes for the collaborations lessons have been learned and are discussed, which might be valuable for foreseeable large European projects such as NET (Next European Torus) and LHC (Large Hadron Collider) in the next decade. The role of industry as a collaboration partner in the different areas is discussed, too.