提出了安全确认的在场系统

Hiroaki Nishihata, M. Otsuka, K. Asatani, O. Mizuno, Haruno Kataoka, Michio Shimomura
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引用次数: 3

摘要

注册过程在状态服务器中存储状态信息,其中包括用于授权的ID、注册日期和时间以及位置。引用进程使用ID作为搜索键加载状态信息。安全确认服务登记用户的存在,并引用他/她的朋友的存在。但是,现有的系统需要分别进行注册和引用操作。用户需要在注册过程中输入自己的电话号码作为ID,在参考过程中输入朋友的电话号码作为ID。因此,注册和引用操作需要许多步骤。因此,我们提出两种方法来减少步骤数。状态更新方法通过在读卡器上滑动非接触式智能卡来注册卡ID、读卡器位置、日期和时间。从外部社交网络服务(SNS)迁移状态的方法使用电子邮件地址在外部社交网络服务中选择地点、日期和时间。这两种方法都是通过在读卡器上滑动所述非接触式智能卡来调用的,同时执行存在信息的注册和引用操作。使用实现这些方法的原型系统,我们确认可以从外部sns获得初始值,并且许多用户可以快速注册和参考安全信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposed presence system for safety confirmation
The registration process stores presence information in the presence server, which includes ID for authorization, registered date and time, and location. The reference process loads the presence information using the ID as a search key. Safety confirmation service registers a user's presence and refers to his/her friend's presence. However, existing systems require separate operations for registration and reference. Users need to enter their telephone number as an ID during the registration process and their friend's telephone number as an ID during the reference process. As a result, many steps are required for registration and reference operations. We therefore propose two methods to reduce the number of steps. The presence update method registers the card ID, location of card reader, date, and time by just swiping a contactless smart card through a card reader. The presence migration method from an external Social Networking Service (SNS) selects the place, date, and time in the external SNS using an email address. Both these methods are invoked by swiping the contactless smart card through the card reader, the registration and reference operations of presence information are executed at the same time. Using a prototype system that implemented these methods, we confirmed that the initial values can be obtained from external SNSs and many users can quickly register and refer safety information.
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