Anti-Blocking Dynamic Adjustment of Communication Data Transmission based on Blockchain Technology

doi:10.23940/ijpe.19.12.p27.33413349

Abstract

Abstract: In order to improve the quality of network communication, it is necessary to transfer anti-blocking dynamic regulation of network communication data. A block chain wireless network data transmission anti-blocking dynamic regulation method based on block chain load equalization regulation technology is proposed. The block chain wireless communication network data transmission anti-blocking dynamic regulation transmission channel model is constructed, the anti-jamming design of block chain wireless communication is carried out by an adaptive multipath interference suppression algorithm, and the data transmission anti-blocking dynamic regulation state characteristic quantity of block chain wireless communication network data is extracted. The data allocation model of block chain wireless communication network is constructed, and the data allocation iteration model of block chain wireless communication network is obtained according to the different characteristics of data transmission impedance. The anti-blocking dynamic adjustment optimization of block chain wireless communication networks is realized, and the anti-jamming and security of data transmission anti-blocking dynamic regulation are improved. The simulation results show that the channel balance and output signal-to-noise ratio (SNR) of block-chain wireless communication networks are better, the anti-jamming ability is enhanced, the anti-blocking dynamic adjustment ability of communication data transmission is improved, the output bit error rate is reduced, and the security and load ability of data communication are increased.

Key words: block chain technology, communication data, transmission, anti-blocking, dynamic regulation

Fei Gao, Zhiqiang Wu, Lei Zhang, and Zedong Li. Anti-Blocking Dynamic Adjustment of Communication Data Transmission based on Blockchain Technology [J]. Int J Performability Eng, 2019, 15(12): 3341-3349.

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