Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing

A novel data encryption method is presented for howitzer shell transfer arm using chaos and compressive sensing. Data are stored in the embedded fault diagnosis machine using chaos and compressive sensing, so the encrypted data are more secure in the embedded system and in the process of transmissio...

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Main Authors: Xi Liu, Baolin Hou, Qiangqiang Zhao
Format: Article
Language:English
Published: SAGE Publishing 2019-09-01
Series:Journal of Algorithms & Computational Technology
Online Access:https://doi.org/10.1177/1748302619873598
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author Xi Liu
Baolin Hou
Qiangqiang Zhao
author_facet Xi Liu
Baolin Hou
Qiangqiang Zhao
author_sort Xi Liu
collection DOAJ
description A novel data encryption method is presented for howitzer shell transfer arm using chaos and compressive sensing. Data are stored in the embedded fault diagnosis machine using chaos and compressive sensing, so the encrypted data are more secure in the embedded system and in the process of transmission with host computer. When the host computer extracts the operation data of the howitzer shell transfer arm monitored by the fault diagnosis machine, firstly, the encrypted data in the embedded diagnostic machine are read, then decrypted, and then the original signal is reconstructed by the orthogonal matching pursuit algorithm for further analysis and processing. The similarity degree between the reconstructed data and the original data is 0.947, the key space of the algorithm is ( 2 64 ) 2 0 48 ∗ 2 00 ∗ ( 2 64 ) N , and the algorithm is sensitive to the key. The result shows that the method can effectively save a large number of confidential data.
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spelling doaj.art-6c7a6e6f570c46b6ba5243b2b844b7872022-12-21T23:52:24ZengSAGE PublishingJournal of Algorithms & Computational Technology1748-30262019-09-011310.1177/1748302619873598Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensingXi LiuBaolin HouQiangqiang ZhaoA novel data encryption method is presented for howitzer shell transfer arm using chaos and compressive sensing. Data are stored in the embedded fault diagnosis machine using chaos and compressive sensing, so the encrypted data are more secure in the embedded system and in the process of transmission with host computer. When the host computer extracts the operation data of the howitzer shell transfer arm monitored by the fault diagnosis machine, firstly, the encrypted data in the embedded diagnostic machine are read, then decrypted, and then the original signal is reconstructed by the orthogonal matching pursuit algorithm for further analysis and processing. The similarity degree between the reconstructed data and the original data is 0.947, the key space of the algorithm is ( 2 64 ) 2 0 48 ∗ 2 00 ∗ ( 2 64 ) N , and the algorithm is sensitive to the key. The result shows that the method can effectively save a large number of confidential data.https://doi.org/10.1177/1748302619873598
spellingShingle Xi Liu
Baolin Hou
Qiangqiang Zhao
Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
Journal of Algorithms & Computational Technology
title Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
title_full Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
title_fullStr Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
title_full_unstemmed Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
title_short Monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
title_sort monitoring data encryption method for howitzer shell transfer arm using chaos and compressive sensing
url https://doi.org/10.1177/1748302619873598
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AT baolinhou monitoringdataencryptionmethodforhowitzershelltransferarmusingchaosandcompressivesensing
AT qiangqiangzhao monitoringdataencryptionmethodforhowitzershelltransferarmusingchaosandcompressivesensing