大规模定制下的质量控制系统框架设计

大规模定制为生产带来了变革和影响。针对新的生产方式的要求，根据推动大规模定制的过程方法和技术来分析他们对于质量控制产生的影响和要求，给出了大规模定制条件下的质量控制系统的建议，并给出了一个简要的系统模型。     

Defining Specifications for Custom Products: A Multi-Attribute Negotiation Approach

Defining product specifications so that customers' needs could be well matched with suppliers' capabilities is a very challenging task in custom product design. This research links technical requirements on product design with product management issues and formulates specification definition as multi-attribute negotiation. Specification negotiation is modeled as an iterative process of give and take in search of a mutually acceptable configuration. A negotiation support system is developed based on a product configuration system to identify among the multiple attributes what to give, what to take, and by how much so as to facilitate specification negotiation operationally.     

基于CAXA三维实体平台的数字化定制设计系统关键技术研究

在介绍和分析了个性化产品三维数字化定制设计的发展和应用情况的同时，结合现代信息技术的发展，提出了基于CAXA的数字化定制设计系统体系框架，针对定制设计完整流程进行了深入研究和探讨，并建立了系统模型。随后以手机系列产品为应用对象，设计和开发了原型系统，并对基于CAXA的数字化定制设计系统的应用发展前景进行了展望。     

可定制数据采集技术的研究和实现

总结传统数据采集软件的设计方法和存在的弊端,分析研究不同数据采集任务的异同,提出可定制化的数据采集技术,并对页面设计、模型配置、页面生成、库表建立等进行设计和实现,改变传统的数据采集软件研制模式,提高数据采集工作效率。     

浅谈制造业规模化定制要点及解决难题的方案

技术创新、产品特色、市场占比、利润率、资本运作、竞争优势……这些是所有企业家都关心的话题,但是,关于制造企业管理模式转变的话题,尤其值得探讨,这就是"规模化定制(Mass Customization,MC)"。     

智能缝制设备嵌入实时软件平台的定制与实现*

依据智能缝制设备数字化、网络化的应用特点,首先分析了面向智能缝制设备的嵌入式系统体系结构,重点研究了基于Linux开发面向领域的网络化嵌入实时软件平台的关键技术和方法。目前,基于该方法所实现的嵌入式软件平台已被成功应用于新型的电子花样缝纫机。     

模型驱动的CAPP信息定制发布技术研究

针对一个CAPP数据模型,企业的不同部门需要不同的CAPP工艺卡片样式,为此本文提出一种基于XML的模型驱动的CAPP信息定制发布的解决方案.结合企业自身的情况建立CAPP 信息模型,将模型进行平面表格化显示,然后对模型进行动态显示个性化定制,系统具有很好的柔性、适应性和扩展性.     

DMS2015-33: Generative interface structure design for supporting existing objects

Increasing availability of high quality 3D printing devices and services now enable ordinary people to create, edit and repair products for their custom needs. However, an effective use of current 3D modeling and design software is still a challenge for most novice users. In this work, we introduce a new computational method to automatically generate an organic interface structure that allows existing objects to be statically supported within a prescribed physical environment. Taking the digital model of the environment and a set of points that the generated structure should touch as an input, our biologically inspired growth algorithm automatically produces a support structure that when physically fabricated helps keep the target object in the desired position and orientation. The proposed growth algorithm uses an attractor based form generation process based on the space colonization algorithm and introduces a novel target attractor concept. Moreover, obstacle avoidance, symmetrical growth, smoothing and sketch modification techniques have been developed to adapt the nature inspired growth algorithm into a design tool that is interactive with the design space. We present the details of our technique and illustrate its use on a collection of examples from different categories.     

A semantic-expansion approach to personalized knowledge recommendation

The rapid propagation of the Internet and information technologies has changed the nature of many industries. Fast response and personalized recommendations have become natural trends for all businesses. This is particularly important for content-related products and services, such as consulting, news, and knowledge management in an organization. The digital nature of their products allows for more customized delivery over the Internet. To provide personalized services, however, a complete understanding of user profile and accurate recommendation are essential.In this paper, an Internet recommendation system that allows customized content to be suggested based on the user's browsing profile is developed. The method adopts a semantic-expansion approach to build the user profile by analyzing documents previously read by the person. Once the customer profile is constructed, personalized contents can be provided by the system. An empirical study using master theses in the National Central library in Taiwan shows that the semantic-expansion approach outperforms the traditional keyword approach in catching user interests. The proper usage of this technology can increase customer satisfaction.