Efficient localization methods for wireless sensor networks based on received signal strength = Metodos de localizacion eficiente para redes de sensores basados en la medida de la potencia de señal recibida

The forth chapter, in order to increase the safe operation of the DFIG system a novel strategy is proposed for current sensor fault diagnosis based just on the measured current,

In this Chapter, a combined approach for classification and localization of simultaneously occurring meeting room acoustic events is presented. For classification,

For restricted number of rounds, we show that using conventional parallel version of the modified Thompson Sampling which selects equal number of sensors in each round results in

In this paper we tackle the above issues by proposing CLAM, a distributed mmWave SLAM algorithm that works with no initial information about the network deployment or the

Given a spectrum P p (α) measured at location p as an input, the algorithm looks up the most similar spectrum in D (according to some proximity measure) and returns its

We consider different methods aim to evaluate cellular uptake and localization in cells and tissues, and in vitro methods for the study of the toxicity induced by MNPs

By applying the method to simulated gravitational-wave events and a realistic galaxy catalog we show that, because of the small localization volume, this statistical standard

To test whether the localization of ZipA and FtsZ is similar when the transmembrane region of ZipA is overproduced to the localization observed under the overproduction of the