Network technique is a necessary measure and theory to realize the coherence between design and manufacture . the design and manufacture based on the net not only can show the total production process of design and manufacture , but also it can carry it ' s point to debase the cost , shorten the circle of design and manufacture and quickly response to the market , it also can realize synergetic the design and manufacture of product in different zone 网络技术是实现设计与制造一体化所必须的手段，基于网络的虚拟设计与制造不仅可以显现包括设计与制造在内的全部生产过程，以达到降低成本、缩短设计与制造周期、快速响应市场的目的，还可以实现产品的异地写作设计与制造。
It is very difficult for an absolutely independent industrial enterprise to accomplish this project . the aviation enterprises need to strengthen the wide cooperation with the other enterprises including metallurgy , chemical industry , electronics and information technology and establish supply - demand system in order to reduce the period of design and production , reduce the cost and investment risk so as to obtain more market shares and improve the competitiveness of enterprises . this paper studies the latest results of supplier quality assurance and manufacturing capability evaluation and control of aviation enterprises from both home and abroad 飞机制造工业是一个国家综合国力和工业发展水平的体现，是一种资本、技术、知识密集为一体的战略产业，是一个复杂的系统工程，一个完全独立的工业企业是很难完成这一工程，为了缩短设计、生产制造周期，降低成本，降低投资风险，获得更多市场，提高企业的竞争力，航空企业需要和冶金、化工、电子、信息等企业加强广泛合作，建立供需体系。
We have full capability to develop , design and make the big mould , and have the whole necessary mould processing machines . gererally speaking , the big moulds manufacturing cycle such as 50 : pdp back cover just takes 45 days . for that matter , we enjoy high reputation during the cooperation with our domestic and foreign customers 2 .公司具有大型模具开发设计和制造能力，拥有整套的模具加工设备,一般大型塑胶模具冲压模具的设计制造周期仅为45天,小型模具设计制造周期为7天
In the study of the multi - objective cooperative optimization on makespan , the relationship between various balancing indices with the system objective is analyzed ; the result of co - evolution optimization and result of serial optimization is compared and analyzed ; the algorithm is given . based on the decision schemes of co - evolution , the multi - objective decision is made . in the model of leveling the material flow , the model of minimizing usage rate is extended to all levels of materials in the flow line , and a new model is built up , based on the makespan ; the objective of leveling the material flow is combined with the line balancing firstly 在基于制造周期( makespan )的多目标协同优化中，研究了各种平衡指标与系统目标之间的关系，将协同优化的结果与串行优化的结果进行了比较分析，给出了混合流水线协同优化与多目标协同优化的具体算法，并且在多目标协同优化得到的决策方案集的基础上，进行了多目标决策；在基于物流的多目标协同优化模型中，将零部件使用速率的均匀化模型推广到流水线上各个层次物料供应(物流)的平准化问题，首次在makespan的基础上将物流平准化目标与混合流水线的平衡设计有机结合起来，根据顶层物料和低层物料的不同特征，分别建立了顶层物流的平准化模型和低层物流的平准化模型，进一步地研究了带资源供应约束型的物流平准化模型。
Mr wong added that with the advent of it , the industry can also utilise many other computer solutions such as enterprise resources planning , manufacturing resources planning , supply chain management and logistics management to improve their processes and adopt best practices in support of the manufacturing cycle and its management 黄志光补充说，随著资讯科技的发展，业界亦可以利用很多其他的电脑方案，如企业资源规划、制造资源规划、供应链管理及物流管理，以改善生产工序，并采用最佳的作业方式支援制造周期及管理模式。
The characteristics of the production are with the high dissociation of parts , complexity of structures , long period of manufacturing , and high cost . in addition the manufacture needs high demands to the resource planning , ability in equilibrium , control of cost , consignment on time and so on 巴威公司的锅炉产品是根据客户要求制造的，其部件生产的离散性强、结构复杂、制造周期长，成本高，对资源计划、能力均衡、成本控制、按期交货等提出了很高的要求。
The primary contents and innovation achievements of this paper are listed below : firstly , the production and manufacturing life - cycle model in the equipment workshop are created , and the technology approaches to realize the workshop ’ s fast - response manufacturing are discussed , using engineering technology methods . the functional architecture of rrm in workshop is thus constructed , and the patterns and methods for integrating the supporting functions are analyzed 本文的主要研究内容和创新成果如下:首先,建立了车间生产制造周期模型,探讨了采用工程技术手段实现车间快速响应制造的技术途径,据此建立了车间快速响应制造系统功能体系结构,并分析了各支撑功能之间的系统集成方式和方法。
In increasingly stinging market competition , the lead - time to market of new product has become crucial . therefore , development and fabrication period of new product must be shortened as possible , in order to adapt modern manufacturing mode characterized by low volume , many types and swift change 现代社会市场竞争日趋激烈，新产品的“上市时间”已成为取胜的关键，因此，要求设计者及制造者尽量缩短产品的开发、制造周期，以适应批量小、品种多、改型快的现代制造模式。
Traditional manual programming could not satisfy the programming requirement of complex shape parts already , but adopting the technology of automatic program not only shorten manufacture cycle of products to a great extent but also enhance the machining quality of products and capability of competition in the market , thus this technology has remarkably economic benefit and extensive foreground 传统的手工编程已不能满足复杂形状零件的编程需求，而采用自动编程技术大幅度地缩短了产品的制造周期，提高了产品的加工质量和市场竞争力，因而具有显著的经济效益和广阔的发展前景。
