Optical Onion Routing
Optical Onion Routing
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DOI：
10.1109/iccnc.2017.7876148
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发表时间：
2016-04
期刊：
影响因子：
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通讯作者：
Anna Engelmann;A. Jukan
中科院分区：
文献类型：
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作者：
Anna Engelmann;A. Jukan
随着越来越多的数据在可配置光层传输，即所有光交换机转发数据包而不涉及电子层，我们将隐私视为未来光网络的固有属性。在本文中，我们提出了光洋葱路由（OOR）和转发技术，灵感来自互联网层的洋葱路由，这是当今最著名的匿名通信实现，但设计具有光网络固有的特定功能。提出了一种新的光匿名节点架构，包括光组件和电子组件，实现分层加密的光匿名网络系统。我们提出了利用线性反馈移位寄存器（LFSR）对密钥生成进行改进，它可以利用不同的原始不可约多项式，并使用光学异或运算作为加密，这是一种重要的光学技术。我们正式证明，对于所提出的加密技术和秘密信息的分发，光洋葱网络是完全私有和安全的。本文旨在为增强隐私的光网络技术提供实践基础。
As more and more data is transmitted in the configurable optical layer, - whereby all optical switches forward packets without electronic layers involved, we envision privacy as the intrinsic property of future optical networks. In this paper, we propose Optical Onion Routing (OOR) and forwarding techniques, inspired by the onion routing in the Internet layer, - the best known realization of anonymous communication today, - but designed with specific features innate to optical networks. We propose to design the optical anonymization network system with a new optical anonymization node architecture, including the optical components and their electronic counterparts to realize layered encryption. We propose modification to the secret key generation using Linear Feedback Shift Register (LFSR), - able to utilize different primitive irreducible polynomials, and the usage optical XOR operation as encryption, an important optical technology coming of age. We prove formally that, for the proposed encryption techniques and distribution of secret information, the optical onion network is perfectly private and secure. The paper aims at providing practical foundations for privacy-enhancing optical network technologies.