Research on Artificial Spider Web Model for Farmland Wireless Sensor Network

Abstract

Through systematic analysis of the structural characteristics and invulnerability of spider web, this paper explores the possibility of combining the advantages of spider web such as network robustness and invulnerability with farmland wireless sensor network. A universally applicable definition and mathematical model of artificial spider web structure are established. The comparison between artificial spider web and traditional networks is discussed in detail. The simulation result shows that the networking structure of artificial spider web is better than that of traditional networks in terms of improving the overall reliability and invulnerability of communication system. A comprehensive study on the advantage characteristics of spider web has important theoretical and practical significance for promoting the invulnerability research of farmland wireless sensor network.

Exploring Vibration Transmission Rule of an Artificial Spider Web for Potential Application in Invulnerability of Wireless Sensor Network

“…Liu et al on the basis of comparing and analyzing the similarity between the spider web and communication network in network elements, communication mechanism, etc., made preliminary analysis on stability of an artificial spider web by use of OPNET software, providing a reference for establishment of a communication-oriented mathematical model of spider web [9]. Wang et al selected an orb web as the representative of spider web topology types, studied the structure characteristic and invulnerability performance of a spider web, and probed into the possibility of combining robustness and invulnerability of a spider web with farmland wireless sensor network [10]. The existing researches of the spider web-inspired wireless sensor network mainly focus on routing strategy of the spider web, while relatively few of them have thoroughly studied and inherited the communication mechanism of vibration information of the spider web.…”