Combinatorial Evolution and Forecasting of Communication Protocol ZigBee
Abstract
The article addresses combinatorial evolution and forecasting of communication protocol for wireless sensor networks (ZigBee). Morphological tree structure (a version of and-or tree) is used as a hierarchical model for the protocol. Three generations of ZigBee protocol are examined. A set of protocol change operations is generated and described. The change operations are used as items for forecasting based on combinatorial problems (e.g., clustering, knapsack problem, multiple choice knapsack problem). Two kinds of preliminary forecasts for the examined communication protocol are considered: (i) direct expert (expert judgment) based forecast, (ii) computation of the forecast(s) (usage of multicriteria decision making and combinatorial optimization problems). Finally, aggregation of the obtained preliminary forecasts is considered (two aggregation strategies are used).
Cite
@article{arxiv.1204.3259,
title = {Combinatorial Evolution and Forecasting of Communication Protocol ZigBee},
author = {Mark Sh. Levin and Aliaksei Andrushevich and Rolf Kistler and Alexander Klapproth},
journal= {arXiv preprint arXiv:1204.3259},
year = {2012}
}
Comments
6 pages, 13 figures, 4 tables