Communication information exchange and transmission method of industrial Internet of things based on audio information hiding

Abstract

In order to improve the accuracy of information exchange transmission and reduce the transmission response delay, this paper proposes an industrial Internet of things communication information exchange transmission method based on audio information hiding. Firstly, information embedding algorithm is used to extract the communication audio carrier information. Secondly, audio information hiding algorithm is used to realize the hidden embedding of specific information; Then, the information transmission data integration is realized according to the similarity matrix. Finally, the Pareto distribution is used to realize the information transmission data matching, and the audio information hiding is used to realize the data exchange transmission control. The experimental results show that the transmission accuracy of this method is 98.3%, the transmission accuracy is as high as 96.0%, and the response delay is only 16 ms, indicating that this method can improve the transmission effect of industrial Internet of things communication information exchange.

Keywords

Audio hiding user similarity measurement SD IOT network information exchange transmission

Get full access to this article

View all access options for this article.

References

A F M S, A M S, B S M A A. Generalized fault diagnosis method of transmission lines using transfer learning technique, Neurocomputing 16(52) (2022), 122–135.

Dong, Analysis of effective application of transmission technology in information and communication engineering, Yangtze River Information and Communication 34(10) (2021), 170–172.

A.S.

Galeev,

R.I.

Arslanov and

R.N.

Suleymanov , Development of a method for wireless information transmission in wells equipped with sucker rod pump units, Journal of Physics Conference Series 1661(9) (2020), 12003–12010.

Guo,

Yuan and

Cai, High data-frequency-ratio information transmission method for fast dynamic response SWPIT systems based on DASK modulation, IEEE Journal of Emerging and Selected Topics in Power Electronics 16(6) (2020), 5–18.

Guri,

Solewicz and

Elovici, Speaker-to-speaker covert ultrasonic communication, Journal of Information Security and Applications 51(16) (2020), 102458–102463. doi:10.1016/j.jisa.2020.102458.

Liu,

Cheng and

Feng, Two-dimensional information transmission method in DSSS, Wireless Personal Communications 19(6) (2021), 1–16.

Nishii,

Ikeda and

Barolli, A Takagi–Sugeno fuzzy-based adaptive transmission method in wireless sensor networks, Lecture Notes in Networks and Systems 18(61), (2022), 266–275.

Pei, Understanding and thinking of network data communication exchange technology, Information on Economic and Technical Cooperation 12(7) (2022), 3–16.

A.V.

Telny, On the availability of information exchange in radio notification transmission systems, Journal of Physics Conference Series 10(69) (2021), 12–14.

10.

Thirugnanam and

M.R.

Ghalib, A reward based connectivity-aware IoV neighbor selection for improving reliability in healthcare information exchange, Peer-to-Peer Networking and Applications 13(10) (2020), 2112–2122. doi:10.1007/s12083-019-00829-w.

11.

Verma and

Sisodia, Two-way quantum communication using four-qubit cluster state: Mutual exchange of quantum information, Modern Physics Letters A 37(4) (2022), 2250020. Also available at arXiv:2107.12169v2 [quant-ph]. doi:10.1142/S0217732322500201.

12.

Wang, Exploration framework of data communication and switching technology in computer network, Digital Technology and Application 37(3) (2019), 20+22.

13.

Xiao, Asynchronous real-time information transmission method based on HTTP, Information & Computer (Theory Edition) 33(6) (2021), 208–209.

14.

Yu,

Kou and

Shi, A virtual measurement method of the transmission error based on point clouds of the gear, Measurement Science Review 22(8) (2022), 182–189.

15.

Yu, Application analysis of softswitch technology in communication engineering, Digital Technology and Application 39(1) (2021), 19–21.

16.

Zhang, Asymmetric wireless communication information exchange and transmission technology under small sample condition, Electronic Design Engineering 29(17) (2021), 143–146+151.