网上直销手机——易趣成为独家在线指定专营商

中国最大的移动通讯产品在线销售商易趣５２９１,日前,正式签约中国移动通讯,成为其授权的指定手机专营商。签约授权仪式当日下午在易趣集团电子商务公司举办。据悉,易趣５２９１是全国唯一问鼎此“金字招牌”的手机在线销售网站。“获得中国移动的指定专营资格,既是对我们手机直销服务质量和水平的充分认可,也是促进我们不断完善发展的莫大激励。”易趣副总裁,电子商务公司ＣＥＯ唐志民高兴地说,“指定专营还会增强我们手机销售的品牌内涵,预示着手机在线销售踏上飞速增长的快车道！”据介绍,易趣“手机直销”频道的前身是“手机…     

把中关村搬到农村

一个远在浙江温州的数码产品电子商务网站,突破了中关村这样的优势卖场,月销售额达1000万元以上,这不能不让中关村的柜台主们叹息.     

搜易得：电子商务需要“先行赔付”

非典过后,网上消费依然强劲,但是信用危机始终是一个令电子商务网站头疼的问题。据了解,同一时期网上购物的投诉量也有所上升,如何赢得消费者的信任成为电子商务网站持续振作的前提。7月3日,一家电子商务网站与北京市海淀区消费者协会达成协议,设立60万元“先行赔付”保证金,并且承诺可根据情况将保证金加至100万元。据了解,这家电子网站叫搜易得(www.soit.com.cn),专门经营数码产品在线销售业务,这是中国第一家取得消费者协会认证的互联网公司。     

构建一种电子商务第三方评价系统

为了解决当前国内电子商务评价体系的不足,本文研究构建一种第三方评价系统。应用当前较为成熟的WEB与数据库开发技术,开发一个第三方评价网站。电子商务卖家按照要求将商品信息以及检验报告信息上传到第三方评价网站,电子商务买家在购买商品后,在第三方评价网站进行商品评价,由此形成了独立于电子商务网络销售平台的评价体系。而第三方评价网站与电子商务网络销售平台之间通过简单的链接进行跳转访问,实现功能上的无缝对接,使用方便。     

读编心语

忠实读者 癫狂至极：看到8月下刊126页的一篇文章《看清电视直销后的猫腻》，感触很深。因为不只是电视直销．在其它销售渠道此类骗人产品也大行其道，而且这类产品多为一些小工厂生产，所以我希望MC能在每期中划出一个版面，以此教大家挑选此类数码产品（MP3、MP4、PMP、便携液晶电视、数码相机和数码摄像机等）。     

基于计算机软件开发的数码产品在线销售系统

本论文主要阐述数码产品在线销售系统的设计思想和实现的关键技术。论文针对数码产品在线销售系统的实际需求,采用面向对象设计的方法和JSP, SQL Server2008等技术,分析、设计并实现了数码产品的在线销售。该系统具有网站前台和后台,前台包括公司首页、新闻、关于我们、企业介绍、荣誉证书、产品展示、用户留言、产品搜索和联系方式等功能。后台包括产品管理、用户管理、留言管理、新闻管理、订单管理、修改密码、系统管理等功能,测试表明该系统基本达到了预期的要求。     

谋变格兰仕疆界新蓝图

2010年6月28日，广东格兰仕集团有限公司（以下简称“格兰仕”）官方直销网站正式开始对外推广。作为格兰仕自主开发的网络购物平台，该网整合了整个集团的全系列产品，成为格兰仕电子商务战略中的重要一步。     

小微企业电子商务网站的设计与规划

随着电子商务的迅猛发展,众多小微企业改变传统销售模式,通过开发自己的电子商务网站来进行产品展示、品牌宣传和销售.然而发展过程中也遇到了资金受限、技术缺乏、效果不佳等问题,本文从网站构建的原则和主要模块设计等两个方面进行了论述,试图为小微企业建设电子商务网站提供一些参考和帮助.     

“奥运网店”推广联盟低调启动 易趣等成为首批合作伙伴

2008北京奥运特许商品的网上零售一方面要继续打击非法销售网站,另一方面也需要进一步拓宽网上销售渠道,加快提升奥特商品的互联网市场覆盖面,全面推动奥运经济。315前夕,北京电子商务协会负责人在京宣布,受北京奥组委独家授权的互联网特许商品官方销售网站奥运网店(www.2008eshop.cn)的委托,协会将联合国内规范经营的电子商务网站发起成立奥     

基于多渠道整合的连锁信息系统的设计与实现

通信技术和互联网技术的快速发展使得现代商业信息系统的建设需要满足多重销售的业务需求,如何将新兴技术和商业企业原有的系统集成并形成能够支持目前一些流行的新兴渠道：电子商务、电话销售、电视销售、直销等,已经成为现代商业面临的挑战之一。     

Two-echelon multi-product multi-constraint product returns inventory model with permissible delay in payments and variable lead time

Supply chain is not limited to delivering products to the end-costumers since the defective products that are returned back to the producers by the consumers. The producers should be superior knowledge to utilize the return products effectively so as to maintain our natural resources and to provide better service to customers. In this paper, a distributor and a warehouse consisting of a serviceable part and a recoverable part supply chain problem is considered in which there are several products, the distributor has limited space capacity and budget to purchase all products. In this supply chain, the defective products are returned back to the warehouse by the distributor and the warehouse recovered those defective products into perfect products having the same value as the procured products. The lead-time of receiving products from a warehouse to a distributor is a variable which is controllable by adding extra crashing cost. For each product, a fraction of the shortage is backordered and the rest are lost. A mathematical model is employed in this study for optimizing the order quantity, lead time and total number of deliveries with the objective of minimizing system total cost. We show that the model of this problem is a constrained non-linear programme and present a simple Lagrangian multiplier technique to solve it. Numerical and sensitivity analysis are given to show the applicability of the proposed model in real-world product returns inventory problems.     

Optimal production planning for a multi-product closed loop system with uncertain demand and return

We study the production planning problem for a multi-product closed loop system, in which the manufacturer has two channels for supplying products: producing brand-new products and remanufacturing returns into as-new ones. In the remanufacturing process, used products are bought back and remanufactured into as-new products which are sold together with the brand-new ones. The demands for all the products are uncertain, and their returns are uncertain and price-sensitive. The problem is to maximize the manufacturer's expected profit by jointly determining the production quantities of brand-new products, the quantities of remanufactured products and the acquisition prices of the used products, subject to a capacity constraint. A mathematical model is presented to formulate the problem and a Lagrangian relaxation based approach is developed to solve the problem. Numerical examples are presented to illustrate the model and test the solution approach. Computational results show that the proposed approach is highly promising for solving the problems. The sensitivity analysis is also conducted to generate managerial insights.     

3C产品的穿戴式设计初探

穿戴式产品是一类微型或超微型的随身化数字产品,"人、机归一"是该类产品的特点,目前穿戴式产品还没有被普及到人们的生活中去。文章以iPad为例对便携式的3C产品进行了优点及不足的分析,进而引出了穿戴式的3C产品的设想,并且以作者的概念设计为例提出了对于穿戴式的3C产品的设计构想。     

Restock and straightening system for retail automation using compliant and mobile manipulation

As the retail industry keeps expanding and shortage of workers increasing, there is a need for autonomous manipulation of products to support retail operations. The increasing amount of products and customers in establishments such as convenience stores requires the automation of restocking, disposing and straightening of products. The manipulation of products needs to be time-efficient, avoid damaging products and beautify the display of products. In this paper, we propose a robotic system to restock shelves, dispose expired products, and straighten products in retail environments. The proposed mobile manipulator features a custom-made end effector with compact and compliant design to safely and effectively manipulate products in retail stores. Through experiments in a convenience store scenario, we verify the effectiveness of our system to restock, dispose and rearrange items.     

支持交叉营销的金融产品客户数据挖掘

首先比较了DBSCAN,CLIQUE,CLARANS,K-means和X—means等聚类算法,接着选用X-means聚类算法建立了金融产品客户细分模型,然后结合关联强度分析,设计了支持交叉营销的金融产品客户数据挖掘系统,并给出了一个系统使用示例。     

A G&P EWMA algorithm for high-mix semiconductor manufacturing processes

In mixed run processes, typical in semiconductor manufacturing and other automated assembly-line type process, products with different recipes will be produced on the same tool. Product based run-to-run control can be applied to improve the process capability. The effect of product-based controller on low frequency products is, however, minimal, due to inability to track tool variations. In this work, we propose a group and product based EWMA control scheme which combines adaptive k-means cluster method and run-to-run EWMA control to improve the performance of low frequency products in the mixed run process. Similar products could be classified into the same group adaptively and controlled by a group EWMA controller. The group controller is updated by both low frequency products and similar high frequency products; so that low frequency products can be improved by shared information from similar large frequency products. However, the high frequency products are controlled by individual product-based EWMA to avoid interference of the low frequency products. The advantages of proposed control scheme are demonstrated by benchmark simulation and reversed engineered industrial applications.     

Strategic network design for reverse logistics and remanufacturing using new and old product modules

Establishment of reverse logistics (RL) networks for various original equipment manufacturers (OEM’s) is gaining significant importance. Various green legislations are forcing OEMs to take back their used, end-of-lease or end-of-life products, or products under warranty to minimize wastes and conserve resources. Therefore OEMs have turned to a better design of their products for maximum reuse and recycling and to retrieve back the used products through a network for reuse, remanufacture, recycle or disposal, so that maximum value can be achieved from their used products. However, designing of network points and assigning capacities to them depend not only on the volume of returned products but also on the demand for remanufactured products and the parts of used products. If OEMs are not able to add value to the used product, there would be no incentive to design a complex network.In this paper, a mathematical model for the design of a RL network is proposed. It is assumed that the returned products need to be consolidated in the warehouse before they are sent to reprocessing centres for inspection and dismantling. Dismantled parts are sent for remanufacturing or to the secondary market as spare parts. Recycling and disposal of these modules are also considered in the model. The use of the model is shown through its application in a numerical example.     

A systematic approach for product families formation in Reconfigurable Manufacturing Systems

The aim of this work is to establish a methodology for an effective working of Reconfigurable Manufacturing Systems (RMSs). These systems are the next step in manufacturing, allowing the production of any quantity of highly customised and complex products together with the benefits of mass production. In RMSs, products are grouped into families, each of which requires a system configuration. The system is configured to produce the first family of products. Once it is finished, the system is reconfigured in order to produce the second family, and so forth. Therefore, the effectiveness of a RMS depends on the formation of the best set of product families. Therefore, a methodology for grouping products into families, which takes into account the requirements of products in RMSs, is an issue of core importance. These requirements are modularity, commonality, compatibility, reusability, and product demand. The methodology starts by calculating, for each product requirement, a matrix that summarises the similarity between pairs of products. Then, through the use of the AHP methodology, a unique matrix that comprises the similarity values between products is obtained. The Average Linkage Clustering algorithm is applied to this matrix in order to obtain a dendogram that shows the diverse sets of product families that may be formed.     

本体领域内产品层次结构的相似度计算

本体领域内的产品种类数量繁多,如何有效地进行归类、查询是一个难以实施的问题。本文在使用层次结构表示领域内产品后,设计算法来计算领域内各产品间的相似度,为产品的归类、查询、用户产品推荐,甚至用户浏览行为的分析等提供依据。     

Parts of life: configuring equipment to individual lifestyle

Usability is the standard criterion for interactive products in human factors engineering and can be measured in terms of effectiveness, efficiency, learnability and satisfaction. Yet many products that satisfy these criteria are not used and in the past have faded away from the product scene. Other products that do not satisfy these criteria at all may be used quite extensively and have sometimes found wide, if not global, acceptance. There must be other factors than usability that predispose people to use particular products. On the basis of an evaluation study on a videophone system, a number of issues have been analysed that throw more light on why people like to use certain products. One important aspect is to what extent interactive products fit into the daily lifestyle and the personal environment of the user. The more complex products get, and the more functionalities they acquire, matching to individual lifestyle becomes more important, and, consequently, the more configurable these products have to be. This is an underestimated aspect of the design of interactive products that apparently will need increasing input from human and cognitive engineering.