分散通信:点对点网络中可靠的互操作性

P. Chainho, Steffen Druesedow, R. Pereira, Ricardo Chaves, Nuno Santos, Kay Haensge, Antón Román Portabales
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引用次数: 7

摘要

本文介绍了一种新的通信范式——分散通信,它使跨域通信服务能够信任地使用点对点网络。分散通信服务本质上是可互操作的,不需要标准化协议或服务api。此属性是通过使用实时协议概念和报告者-观察者通信模式来实现的。用户可以选择独立于通信服务提供者的身份提供者来相互验证自己并保护通信。去中心化通信可以应用于任何类型的通信,包括人对人、人对物和物对物的通信。reTHINK项目开发了一个去中心化通信框架的开源参考实现,该框架成功地用于各种具有挑战性的场景。该项目的结果表明,在不减缓ICT创新步伐的情况下,增强互操作性和用户隐私以及选择信任对象的自由是可行的。预计去中心化通信将影响物联网和5G网络更敏捷的服务交付框架的设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Decentralized Communications: Trustworthy interoperability in peer-to-peer networks
This paper introduces a new communication paradigm called Decentralized Communications, which enables cross-domain communication services to trustfully use peer-to-peer networks. Decentralized Communication services are inherently inter-operable without the need to standardize protocols or service APIs. This property is achieved by using the Protocol-on-the-fly concept and the Reporter-Observer communication pattern. Users can select Identity Providers to mutually authenticate themselves and secure communications, independently of the Communication Service Provider. Decentralized Communications can be applied to any kind of communication, including human-to-human, human-to-things, and things-to-things communication. The reTHINK project has developed an Open Source reference implementation of a Decentralized Communications framework, which was successfully used in various challenging scenarios. The results of this project demonstrate the feasibility to enhance interoperability and users' privacy, and the freedom to select whom to trust, without slowing down ICT innovation pace. It is expected that Decentralized Communications will impact the design of more agile Service Delivery frameworks for Internet of Things and 5G networks.
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