数字标签:电子商务应用程序访问受限的数据

Y. Kambayashi, H. Tarumi, K. Morishita
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引用次数: 3

摘要

数字标签的定义是附着在物体上,主要有以下两种功能:(1)标签只能通过基对象访问,并且访问标签必须满足约束条件;(2)标签在现实世界中可以作为纸质标签使用。在许多情况下,如果没有附加对象,它就无法存在。对于每个对象,我们可以定义一个真实或虚拟世界的位置,这样对象只能从靠近它的用户访问。在现实世界中,距离被定义为实际距离,而在虚拟世界中,距离被定义为,例如,访问标签所附对象的链接数。它可以用来模拟现实世界的约束,因为在现实世界中,用户可用的信息会随着用户的位置和时间日期而改变。本文给出了数字标签的定义。利用数字标签,我们可以实现电子商务系统满足目前现实世界所实现的约束。虽然据说通过电子商务,消费者可以获得所有的价格信息,从而可以选择最好的卖家,但显然这种情况对大多数卖家来说是不可接受的,我们认为,至少在过渡时期,认识到目前现实世界的限制是很重要的。由于使用传统的数据库模型作为基础,因此可以删除部分或全部实际约束并添加人工约束。我们利用移动计算系统开发了一个基于这个想法的原型,称为“空间标签”系统,其中空间标签是数字标签的一种特殊情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital tags: data with restricted accessibility for e-commerce applications
A digital tag is defined to be attached to objects and there are the following two kinds of major functions; (1) tags are only accessible through base objects and there are constraints which should be satisfied to access a tag, (2) tags can be used as paper tags in the real world. In many cases, it cannot exist without objects to be attached. For each object we can define a real or virtual world location such that the object can be accessed only from users close to it. In the real world the distance is defined to be real distance and in the virtual world it is defined to be, for example, the number of links to access the object to which the tag is attached. It can be used to simulate the real world constraints, since in the real world information available to a user will be changed by the location of the user and time-date. In this paper a definition of digital tags is given. Using digital tags we can realize e-commerce systems satisfying constraints currently realized by the real world. Although it is said that by e-commerce all price information is available to consumers and thus they can select the best sellers, apparently such a situation is not acceptable for most sellers and we believe realization of the current real-world constraints is important at least during the transition period. Since conventional database model is used as a basis, it is possible to remove some or all of real-world constraints and add artificial constraints. We have developed a prototype based on the idea using mobile computing systems, called a 'SpaceTag' system, where a space tag is a special case of a digital tag.
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