Many simulation tools for Powerline Communication technologies have been developed during the last years with the aim of evaluating and improving their performance, as an alternative to more expensive, less flexible, and more complex-to-manage physical testbeds. However, how significant are the results coming from such simulation tools? Answering to this question by analyzing how well the model behind the simulations fits reality is especially complicated for such harsh communication scenarios as Powerline Communication networks. Hence, this paper proposes a methodology for doing so experimentally. In addition, the proposed methodology is applied to assess the well-known simulator SimPRIME by comparing statistically the results of simulating a real Powerline Communication network belonging to an operational Spanish Advanced Metering Infrastructure with measurements taken during the operation of such a network. Since the computed confidence intervals overlap, it can be concluded that the results coming from the simulator fit this specific real scenario under the conditions of the considered time period. Although the obtained results contribute to legitimate the research work that have been conducted with SimPRIME throughout the last years, the conclusions of this study cannot be generalized to any scenario without performing more experiments, which opens an opportunity to future research work.
Palabras clave: Advanced Metering Infrastructure, Narrowband-Power Line Communications, PoweRline Intelligent Metering Evolution, SimPRIME, Smart Grid, Validation
23rd IEEE International Symposium on Power Line Communications and Its Applications - ISPLC 2019, Praga (República Checa). 03-05 Abril 2019
Fecha de publicación: abril 2019.
M. Seijo, G. López, J. Matanza, J.I. Moreno, From the lap(top) to the jungle: validating the PRIME network simulator SimPRIME with data from the field, 23rd IEEE International Symposium on Power Line Communications and Its Applications - ISPLC 2019. Praga, República Checa, 03-05 Abril 2019