ProBLeSS: A Proactive Blockchain Based Spectrum Sharing Protocol Against SSDF Attacks in Cognitive Radio IoBT Networks

Milan Patnaik; G. Prabhu; Chester Rebeiro; Vashek Matyas; Kamakoti Veezhinathan

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ProBLeSS: A Proactive Blockchain Based Spectrum Sharing Protocol Against SSDF Attacks in Cognitive Radio IoBT Networks

机译：ProBless：基于SSDF攻击的基于SSDF攻击的基于SSDF攻击的主轴链接协议

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Spectrum Sharing Data Falsification (SSDF) attacks can cause heavy performance degradation to Cognitive Radio (CR) based Internet of Battlefield Things (IoBT) networks. The challenge in such networks is to handle this security problem real time, in addition to spectrum sharing. This requires a robust CR architecture and protocol that can provide integrity of the spectrum sensing data being shared between Secondary Users (SUs) for collaborative spectrum decisions in protocols like PROLEMus. We propose one such protocol called Proactive Blockchain based Spectrum Sharing (ProBLeSS) protocol which leverages a blockchain to provide security against SSDF attacks in CR-IoBT networks.

机译：频谱共享数据伪造（SSDF）攻击可能导致基于认知无线电（CR）的战场内容（IOBT）网络的认知无线电（CR）造成重大性能下降。除了频谱共享之外，这些网络中的挑战是处理这个安全问题实时。这需要一种强大的CR架构和协议，可以提供频谱感测数据的完整性，用于在辅助用户（SUS）之间共享，以便在ProMemus等协议中协作频谱决策。我们提出了一种称为基于基于SLOCKCHAIN的频谱共享（PROBLESS）协议的一个这样的协议，该协议利用了SSDF在CR-IOBT网络中的SSDF攻击提供安全性。

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来源
《IEEE Networking Letters》 |2020年第2期|67-70|共4页
作者
Milan Patnaik; G. Prabhu; Chester Rebeiro; Vashek Matyas; Kamakoti Veezhinathan;
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作者单位

Department of Computer Science and Engineering Indian Institute of Technology Madras Chennai India;

Department of Computer Science and Engineering Indian Institute of Technology Madras Chennai India;

Department of Computer Science and Engineering Indian Institute of Technology Madras Chennai India;

Faculty of Informatics Masaryk University Brno Czech Republic;

Department of Computer Science and Engineering Indian Institute of Technology Madras Chennai India;

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正文语种 eng
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关键词
Principal component analysis; Protocols; Sensors; Cognitive radio; Contracts;

机译：主成分分析;协议;传感器;认知收音机;合同;

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专利

1. Defense Against SSDF Attack in Cognitive Radio Networks: Attack-Aware Collaborative Spectrum Sensing Approach [J] . Sharifi Abbas Ali, Musevi Niya Mir Javad Communications Letters, IEEE . 2016,第1期

机译：认知无线电网络中针对SSDF攻击的防御：感知攻击的协作频谱感知方法
2. Securing Cooperative Spectrum Sensing against DC-SSDF Attack Using Trust Fluctuation Clustering Analysis in Cognitive Radio Networks [J] . Feng Zhao, Shaoping Li, Jingyu Feng Wireless communications & mobile computing . 2019,第1期

机译：使用认知无线电网络中的信任波动聚类分析来保护CONC-SSDF攻击的协同频谱感应
3. Cooperative Spectrum Sensing With M-Ary Quantized Data in Cognitive Radio Networks Under SSDF Attacks [J] . Huifang Chen, Ming Zhou, Lei Xie, IEEE transactions on wireless communications . 2017,第8期

机译：SSDF攻击下认知无线电网络中M-Ary量化数据的协作频谱感知
4. Trust-based cooperative spectrum sensing against SSDF attacks in distributed cognitive radio networks [C] . Ji Wang, Ing-Ray Chen, Jeffrey J. P. Tsai, IEEE International Workshop Technical Committee on Communications Quality and Reliability . 2016

机译：分布式认知无线电网络中基于信任的基于协作频谱感知的SSDF攻击
5. Medium access control protocols for cognitive radio based dynamic spectrum access networks. [D] . Hu, Wendong. 2008

机译：用于基于认知无线电的动态频谱访问网络的媒体访问控制协议。
6. Securing Cooperative Spectrum Sensing Against Collusive SSDF Attack using XOR Distance Analysis in Cognitive Radio Networks [O] . Jingyu Feng, Man Zhang, Yun Xiao, 2018

机译：在认知无线电网络中使用XOR距离分析确保协作频谱感知以防止共谋SSDF攻击
7. Securing Cooperative Spectrum Sensing against DC-SSDF Attack Using Trust Fluctuation Clustering Analysis in Cognitive Radio Networks [O] . Feng Zhao, Shaoping Li, Jingyu Feng 2019

机译：使用认知无线电网络中的信任波动聚类分析来保护CONC-SSDF攻击的协同频谱感应

ProBLeSS: A Proactive Blockchain Based Spectrum Sharing Protocol Against SSDF Attacks in Cognitive Radio IoBT Networks

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