Communication encryption scheme in multi-embedded systems based on distributed architecture

Shou Yingjie, Zhang Xihuang
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Abstract

With the increasing use of Internet-based embedded devices, multi-embedded systems appear in the form of distributed architectures, forming a large-scale intelligent system. However, this trend inevitably connects the information and infrastructure of a large number of embedded systems to the Internet, so that the data security threats faced by many. In this article, by discussing the requirements for node user access control on embedded devices, the inherent properties of distributed multi-embedded system environment requires support for multi-authority attribute-based encryption (ABE) to achieve access control for each node. Therefore, a secure node access control solution is raised for data transmission in the IoT environment. This solution is a hidden user access control solution. It sustains multi-authority ABE and is highly scalable. In addition, we certificated that the proposed solution provides greater functional characteristics while its performance is comparable to or better than existing cloud computing solutions.
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基于分布式架构的多嵌入式系统通信加密方案
随着基于internet的嵌入式设备越来越多的使用,多个嵌入式系统以分布式架构的形式出现,形成大规模的智能系统。然而,这一趋势不可避免地将大量嵌入式系统的信息和基础设施连接到互联网,从而使数据安全面临诸多威胁。本文通过讨论嵌入式设备上节点用户访问控制的需求,分布式多嵌入式系统环境的固有属性要求支持多授权基于属性的加密(ABE)来实现对每个节点的访问控制。因此,针对物联网环境下的数据传输,提出了一种安全的节点访问控制方案。该方案是一种隐藏用户访问控制方案。它支持多权威ABE,并且具有高度可扩展性。此外,我们证明了所建议的解决方案提供了更大的功能特征,而其性能与现有的云计算解决方案相当或更好。
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