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首页> 外文期刊>Advanced Science Letters >Anonymity Management Based on Segmentation and Restoration Scheme for Content Identifier in Future Internet Environment
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Anonymity Management Based on Segmentation and Restoration Scheme for Content Identifier in Future Internet Environment

机译:基于对未来Internet环境内容标识符的分段和恢复方案的匿名管理

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摘要

The potential of future Internet environment is expanding due to development of information and communication technology. It is expected that the number of objects connecting to the Internet will increase by billions, even excluding PCs, tablets and smart phones. As the number of devicesconnecting increases a numerous amount of data including personal information combining with external environmental information is exchanging. Therefore, it is necessary to share collected information at a minimum level by a legitimate user for the original purpose and control access rightto data if necessary. While existing network infrastructure uses a path to exchange data between a data center and a terminal, future infrastructure actively makes a decision about the whole process from data generated by various objects to utilization and independently plays major roles includinga service supporting function of a data center. This paper discusses a safe sharing management scheme of content identifiers. This paper proposes a system for safe management of identifiers using secret sharing and AES Cryptography algorithm as a separation and restoration scheme for identifiers.Sensitive identifiers can be safely saved and managed through such identifier separation system. In addition, they are safe in moving by segmenting and restoring an identifier through mobile device interfaces such as a smart phone.
机译:由于信息和通信技术的发展,未来互联网环境的潜力正在扩大。预计连接到互联网的物体数量将增加数十亿,甚至不包括PC,平板电脑和智能手机。随着器件连接的数量增加了许多数量的数据,包括与外部环境信息相结合的个人信息正在交换。因此,如果需要,有必要通过合法用户分享最低级别的收集信息,并在必要时控制访问数据。虽然现有的网络基础设施在数据中心和终端之间使用路径来交换数据,但是未来的基础设施积极地从各种对象生成的数据到利用的数据决定,并且独立地播放包括数据中心的服务支持功能的主要角色。本文讨论了内容标识符的安全共享管理方案。本文提出了一种使用秘密共享和AES加密算法安全管理标识符的系统,作为标识符的分离和恢复方案。可以通过此类标识符分离系统安全地保存和管理密度敏感标识符。此外,它们在通过诸如智能手机之类的移动设备接口进行分割和恢复标识符时,它们是安全的。

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