Abstract
Introduction
Analysis of recent research
Main part
Conclusions
References
Abstract
The geometric models of wireless sensor networks are analyzed in this paper. To improve information security measures, the conditions for choosing the optimal network model and the way of visualizing the change in signal parameters are defined; the choice depends on the number of information nodes and their placement in space. To develop geometric models of wireless sensor networks, three schemes are proposed. Respectively, the simplex-diamonds with one, two, and three real information nodes are used. The performance of such models is analysed in the modes of control over the real information nodes parameters and the choice of the best ways to transmit information in the wireless sensor network.
Introduction
The progress of information technology requires the development of perfect tools for collecting and processing alarge amount of diverse information, as well as the creation of highly effective and reliable technologies for theirsystematization and transmission. Technical capabilities of modern information nodes allow collecting and processing a large amount of information. Besides, such information systems assume the features of intellectual systems. Typically, these wireless sensor networks operate as homogeneous structures.