The wireless sensor network (WSN) has been widely used in various fields,but it still remains in the preliminary discovery and research phase with a lack of various related mature technologies.Traditional encryption schemes are not suitable for wireless sensor networks due to intrinsic features of the nodes such as low energy,limited computation capability,and lack of storage resources.In this paper,we present a novel block encryption scheme based on the integer discretization of a chaotic map,the Feistel network structure,and an S-box.The novel scheme is fast,secure,has low resource consumption and is suitable for wireless sensor network node encryption schemes.The experimental tests are carried out with detailed analysis,showing that the novel block algorithm has a large key space,very good diffusion and disruptive performances,a strict avalanche effect,excellent statistical balance,and fast encryption speed.These features enable the encryption scheme to pass the SP800-22 test.Meanwhile,the analysis and the testing of speed,time,and storage space on the simulator platform show that this new encryption scheme is well able to hide data information in wireless sensor networks.
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机译：A Trusted Distributed Routing Scheme for Wireless Sensor Networks Using Block Chain and Jelly Fish Search Optimizer Based Deep Generative Adversarial Neural Network (Deep-GANN) Technique
机译：面向地质灾害监测预警应用的无线传感网网络管理系统The Wireless Sensor Network Management System for the Geological Disaster Monitoring and Warning Based on Nagios and Cacti Platform
