An ACP-Based Parallel Approach for Color Image Encryption Using Redundant Blocks

Zheng, Wenbo; Lan, Yan; Gou, Chao; Wang, Fei‐Yue

doi:10.1109/tcyb.2021.3105568

Cited by 21 publications

(5 citation statements)

References 73 publications

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“…Considering the complex and dynamic processes involved in the port operations, a large number of interdisciplinary generalized models need to be built step by step for subsystems, as introduced in Section 2. So far, successful applications of the parallel system theory in other fields [22,[47][48][49] have provided an exemplary basis for the intelligent parallel port water quality monitoring system proposed in the present study. The framework and application exploration of the parallel monitoring system of port water quality are beneficial to the sustainable development of ports.…”

Section: Discussionmentioning

confidence: 99%

Parallel Intelligent Monitoring System of Port Water Quality Based on the ACP Method

Guo,

Jiang,

Chu

et al. 2024

JMSE

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With the rapid development of port construction and the shipping industry, port water quality issues are of great concern. This is always a challenging task due to the frequent human activities and dynamic processes involved. A parallel intelligent water quality monitoring system is therefore proposed to ensure the effective monitoring and intelligent control of water pollutants. The real monitoring system and the artificial monitoring system of port water quality are established by applying artificial systems, computational experiments and parallel execution (ACP method). Both systems interact with each other and execute in parallel. The artificial monitoring system simulates complex scenarios, while the real monitoring system feeds the artificial monitoring system with actual monitoring data. By means of data-driven and model-driven approaches, the two systems can compute, observe and evaluate to control, manage and train models. Through the continuous optimization between the two systems, the efficiency and accuracy of the water quality monitoring system could be improved. Technical support can be further provided for the planning of water quality monitoring sites, implementation of monitoring tasks, allocation of emergency resources, etc. As in-situ monitoring data are obtained, computational experiments and parallel executions could be conducted to achieve the ultimate goal of port water quality management.

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Section: Discussionmentioning

confidence: 99%

Parallel Intelligent Monitoring System of Port Water Quality Based on the ACP Method

Guo,

Jiang,

Chu

et al. 2024

JMSE

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“…In Ref. [29], the ACP parallel method is utilised for colour image encryption, and experimental results substantiate that the ACP technique enhances the complexity of chaos‐based cryptosystems. In Ref.…”

Section: Related Workmentioning

confidence: 99%

An artificial systems, computational experiments and parallel execution‐based surface electromyogram‐driven anti‐disturbance zeroing neurodynamic strategy for upper limb human‐robot interaction control

Liu

Wang

et al. 2023

CAAI Trans on Intel Tech

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In recent years, intelligent robots are extensively applied in the field of the industry and intelligent rehabilitation, wherein the human‐robot interaction (HRI) control strategy is a momentous part that needs to be ameliorated. Specially, the efficacy and robustness of the HRI control algorithm in the presence of unknown external disturbances deserve to be addressed. To deal with these urgent issues, in this study, artificial systems, computational experiments and a parallel execution intelligent control framework are constructed for the HRI control. The upper limb‐robotic exoskeleton system is re‐modelled as an artificial system. Depending on surface electromyogram‐based subject's active motion intention in the practical system, a non‐convex function activated anti‐disturbance zeroing neurodynamic (NC‐ADZND) controller is devised in the artificial system for parallel interaction and HRI control with the practical system. Furthermore, the linear activation function‐based zeroing neurodynamic (LAF‐ZND) controller and proportional‐derivative (posterior deltoid (PD)) controller are presented and compared. Theoretical results substantiate the global convergence and robustness of the proposed controller in the presence of different external disturbances. In addition, the simulation results verify that the NC‐ADZND controller is better than the LAF‐ZND and the PD controllers in respect of convergence order and anti‐disturbance characteristics.

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“…Using high-dimensional chaos, Huang et al [4] proposed a dual-color image encryption scheme based on the 3D Lorenz system, which is highly resistant to a variety of known attacks. Recently, Zheng et al [8] proposed an encryption algorithm combining redundant blocks and Chen hyperchaotic system to resist differential attacks and chosen plaintext attacks. To generate the random and stable key stream for encryption, Liu et al [9] proposed a spatiotemporal chaotic system with infinite parameter chaotic space and good chaotic behavior to yield cipher flows.…”

Section: Related Workmentioning

confidence: 99%

Visually secure traffic image encryption scheme using new two-dimensional Sigmoid-type memristive chaotic map and Laguerre transform embedding

Wang,

Xu,

Long

et al. 2024

Phys. Scr.

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In intelligent transportation system, unprotected bare data transmission faces serious security threats and challenges. To this end, this paper proposes a visually secure traffic image encryption algorithm that combines a newly designed two-dimensional Sigmoid-type memristive chaotic map (2D-SMCM) with two-dimensional compressive sensing (2D-CS) and Laguerre transform (LT) embedding to provide services for secure transmission of private images. Specifically, first, the 2D-SMCM is used to generate pseudo-random sequences for subsequent compression, encryption and hiding operations. Second, the 2D-CS is utilized to compress the plain image to reduce the amount of data transmission. Then, encryption is completed by modifying the data values and their positions through index permutation and bidirectional diffusion. Finally, the encrypted data is embedded in the LT-processed public carrier medium for covert transmission. Experiments and performance analysis illustrate that the proposed scheme has good security, imperceptibility and reconstruction performance, with the average PSNRs of the cipher images and decrypted secret images up to 45.90 dB and 34.85 dB, respectively, using 500 grayscale images from the database BOWS2.

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An ACP-Based Parallel Approach for Color Image Encryption Using Redundant Blocks

Cited by 21 publications

References 73 publications

Parallel Intelligent Monitoring System of Port Water Quality Based on the ACP Method

Parallel Intelligent Monitoring System of Port Water Quality Based on the ACP Method

An artificial systems, computational experiments and parallel execution‐based surface electromyogram‐driven anti‐disturbance zeroing neurodynamic strategy for upper limb human‐robot interaction control

Visually secure traffic image encryption scheme using new two-dimensional Sigmoid-type memristive chaotic map and Laguerre transform embedding

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