基于可见光通信系统的安全业务架构的提出

S. Tanimoto, Chise Nakamura, M. Iwashita, Shinsuke Matsui, T. Hatashima, H. Fuji, K. Ohkubo, Junichi Egawa, Y. Kinouchi
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引用次数: 3

摘要

可见光技术的进步为新的移动通信基础设施和利用可见光通信的业务创造提供了更多的机会。本文提出了一种基于可见光通信、公钥加密和电力线通信技术协同的安全业务架构。此外,还使用具体的业务体系结构对该技术的有效性进行了评估。该模型使用可见光通信为LED光源提供“光学认证ID”,其特点是使用公钥基础设施(PKI)对这些数据进行加密的严格位置认证。此外,用于分发光认证ID的服务器与LED光源之间的网络通过电力线通信实现了高安全性。因此,我们使用可见光通信实现了安全的业务架构,可以为创建光学电子价值交易平台,光学数字标牌和光学金融科技等新业务做出贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposal of Secure Business Architecture by Visible Light Communication System
Progress in visible light technology has provided increased opportunities for new mobile communication infrastructure and business creation using visible light communication. This paper proposes a secure business architecture through collaboration of technologies in visible light communication, public key cryptography, and power line communication. Moreover, it presents an evaluation on the technology's effectiveness using a concrete business architecture. This model using visible light communication gives an "optical attestation ID" to the source of LED light, and it is characterized by strict position authentication that enciphers these data using public key infrastructure (PKI). Furthermore, the network between the server for distributing the optical authentication ID and the LED light source enables high security using power line communication. Thus, we achieved a secure business architecture using visible light communication, one that can contribute to the creation of new business such as optical electronic value trading platforms, optical digital signage, and optical Fintech.
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