Abstract
In this article, a new multidimensional discrete chaotic system is proposed, and the characteristics and advantages of the multidimensional discrete chaotic system are analyzed. The multidimensional discrete chaotic system is designed using digital technology, and the system has the complexity of hyper-chaotic system, and it can avoid the choice of step size, at the same time, the design of the circuit is simple, the resource occupancy rate is low, it is suitable for the design of digital system, and so on. It can be used in constructing chaotic sequence generator, chaotic encryption, and visual sensor networks.
Highlights
Visual sensor networks (VSNs) are networks that consist of a large number of sensor nodes which have imaging capabilities
This article proposes a multidimensional discrete digital chaotic encryption system which can be applied to VSNs system
Lorenz chaotic system is taken as an example to illustrate the realization of discrete chaotic system, and a multidimensional discrete chaotic system is designed to analyze the chaotic characteristics and advantages of the multidimensional discrete chaotic system. This kind of multidimensional discrete chaotic system will establish a good module, which can be used in constructing chaotic sequence generator, chaotic encryption, and VSNs
Summary
Visual sensor networks (VSNs) are networks that consist of a large number of sensor nodes which have imaging capabilities. This article proposes a multidimensional discrete digital chaotic encryption system which can be applied to VSNs system.
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