• Aucun résultat trouvé

Fingerprinting localization based on neural networks and ultra-wideband signals

N/A
N/A
Protected

Academic year: 2021

Partager "Fingerprinting localization based on neural networks and ultra-wideband signals"

Copied!
7
0
0

Texte intégral

Loading

Figure

TABLE I Location-dependent parameters.
Fig. 1 Sigmoid logistic transfer function.
Fig. 2 Back-propagation network.
Fig. 6 CDF of positioning error with different no time referenced available fingerprints.
+2

Références

Documents relatifs

We consider networks (1.1) defined on R with a limited number of neurons (r is fixed!) in a hidden layer and ask the following fair question: is it possible to construct a well

Although Tardos did not say anything on the key ideas supporting his code construction, we believe that his intuition was to render the scores as independent as possible from

The proposed method is compared to another well-known localization algorithm in the case of real data collected in an indoor environment where RSSI measures are affected by noise

In the final section, the results obtained with the proposed method are compared to the ones obtained when performing local- ization using connectivity information or the Weighted

For approbation of the program complex prototype performing additional training of Mask R-CNN (MRCNN) CNN architecture trained on COCO dataset was developed.. The

In the online phase, when getting a RSSI measurement with an unknown location at an unknown floor, we use a complete parallel network to determine the floor and then to estimate

The model consists of a convolutional network as image encoder, a recurrent network as natural language generator and another convolutional network as an adversarial

We prove that there exists an equivalence of categories of coherent D-modules when you consider the arithmetic D-modules introduced by Berthelot on a projective smooth formal scheme X