研祥客制化轨道交通计算机应用

在论述轨道交通AFC系统原理的基础上,研讨研祥客制化专用AFC系统主机ERC-1003V与Arpex-1600售票控制计算机的工程应用。对于地铁流媒体播放给出基于研祥Arpex-2610主机的工程案例论述。     

面向客户定制的动态BOM模型及算法

基于因特网的商业运作日渐兴起,身处经济全球化、网络化时代的企业要在激烈的市场竞争中立于不败之地,必须强调以客户为中心,提供个性化的服务,直至实现定制化产品生产。文章针对客户定制这一前沿课题,提出了动态BOM的设计模型,并给出了基于数据窗口与SQL的算法,该算法已在实际系统中成功应用。     

面向大规模定制产品成本估算方法的比较研究

首先分析了大规模定制企业开发成本估算方法对获得客户订单的重要性，接着对适用于大规模定制环境下的成本估算方法进行分类，归纳成几种典型的成本估算方法，并对各个方法的特点进行对比分析，提出了大规模定制环境下成本估算方法的发展趋势，最后针对客户订单的获取和成本估算方法开发提出了自己的看法。     

基于客户定制生产的车间作业计划

以某离散型制造企业为对象,建立了一种基于客户定制生产的车间作业计划制定模型并给出相应的算法.通过作业优先级设置和工序时间平衡,达到在短时间内生成可用的作业计划.在此基础上,建立起相应的软件模块功能模型,描述了模块的基本功能.最后讨论了车间作业计划制定模型的局限性并给出了相应的解决方法.     

一种嵌入式电子邮件系统的设计与实现

电子邮件是Internel上最早出现的服务之一，随着嵌入式产品成为Internel主要的信息终端之一，嵌入式电子邮件系统的开发也就势在必行。详细介绍了一种在网络电视上使用的嵌入式电子邮件系统的设计方案和实现方法。     

中国制造企业如何走自己的大规模定制之路

大规模定制生产模式，是继大规模生产和精益生产方式后又一极具竞争力和生命力的新型生产模式。目前已被很多国外企业所认识和采用，并取得了令人满意的效益。中国制造企业应该根据自己的实际情况，走一条符合自己特点的大规模定制之路。文章分析了传统企业存在的问题，提出了现阶段在我国企业中实施大规模定制的措施。     

Customizability Index Based on Information Content

Developing product platforms has been recognized as an effective means to implement mass customization. This paper focuses on the customizability issue of design, that is, to evaluate the cost effectiveness of a design to be customized to meet individual customer needs. A customizability index is proposed to facilitate the analysis of customizability from both the customers and the manufacturer perspectives. It involves two dimensions. One is about the intrinsic nature of a design easy to be customized. The other is regarding the customer-perceived value of customization. The utility theory is introduced to model the customer-perceived value of each individual product feature. Conjoint analysis is introduced to explore customer preference for multiple product features. The customizability index is measured based on the information content metric. Customizability analysis manifests itself through the maximization of customer-perceived value while exploiting the potential of design to be customized specified by optimal customizability indices.     

Implementing mass customization

Total Customer Satisfaction today can mean embarking on “Mass Customization”: giving every customer a product tailored specifically to his or her needs. In the past, manufacturing was usually “high volume, low mix”, characterized by keeping costs down with economies of scale, or “low volume, high mix”, incurring costs and time for changeovers and special handling. Today's mass customization, however, can result in a challenging manufacturing environment with both high volume and high mix, where customers expect individualized products at the same price they paid for mass-produced items. Meeting this challenge requires changes in the manufacturing processes. Equipment must be more flexible. Most important are the computer systems which support the manufacturing enterprise. Never has data been so essential to define, control, and monitor manufacturing as with mass customization. Motorola's product lines — from the pagers with millions of possible options, to the cellular phones and semiconductors — are all experiencing the move to mass customization. This presentation will describe some Motorola examples and the methods used to achieve world-class manufacturing under these conditions.     

A methodology for developing product platforms in the specific setting of the housebuilding industry

Platform based strategies have proved to be a successful approach for achieving optimum balances between standardization and variation in many industries. However, application of this concept in the housebuilding industry is relatively new. This article describes a new methodology for developing product platform architectures in the specific setting of the housebuilding industry. This methodology comprises a reference framework describing the basic elements that constitutes a product platform, supported by a protocol for developing product platforms. The applicability of the proposed methodology has been tested at a Dutch housebuilding company. In this study, the methodology demonstrated its added value in determining which modules to standardize and defining a product platform. This article also describes a distinctive method of housing classification that is based on the spatial use of houses. Compared to the traditional classification system based on technical construction elements, the proposed new classification system facilitates a better translation of functional requirements into technical specifications.     

Design and implementation of an adaptable software environment

In any major software project, a large volume of project-related information must be maintained and manipulated throughout the software life-cycle. Often this information is scattered, in different media ranging from scraps of papers to program listings, poorly cross-referenced, and inaccessible. TRIAD, an adaptable, integrated software development environment, has been designed to integrate and manage all this information in an organized and structured manner.

The TRIAD tool-box environment supports different methodologies to guide the users during development and maintenance of project related information. The environment can be customized by selecting a set of forms which enforce a particular methodology. These forms help develop, integrate, and maintain project information. Forms for a methodology can be tuned to reflect a project-team's experience. When customized by the tuned methodology, TRIAD can provide better project oriented support.

TRIAD uses grammar forms as its organizational model. This paper will discuss the advantages of using grammar forms in the modeling and implementation of an adaptable software information editor, within the TRIAD tool-box environment.