Wireless sensor networks (WSNs) have boomed in this last decade. They are involved in all
aspects of our daily lives and make it easier. Despite the great strides in these networks …

The localization accuracy of the conventional threedimensional (3D) node localization
algorithm based on received signal strength (RSS) is restricted by the random signal …

The lower layer of ubiquitous and pervasive systems consists of wireless ad hoc and sensor
networks. In wireless sensor networks (WSNs), sensors consume most of their energy in …

Wireless Sensor Networks (WSNs) consume a lot of energy in infrastructure creation and
maintenance which also include topology control, ie, coverage and connectivity. Several …

Indoor localization is a critical area of research with significant global interest, driven by the
need for precise navigation in complex indoor environments. The potential of future 6G …

Localization in an urban area is a challenging problem due to the blocking of Line-of-Sight
(LOS) signal by various obstacles and also the multipath effect arising out of reflections and …

As far as we know, there is not a Node Localization Algorithm (NLA) that presents the same
accuracy for all possible scenarios. We believe that a NLA should be able to" interpret" the …

Localisation in an urban area is a challenging problem due to the blocking of line-of-sight
(LOS) paths and the multipath effect arising out of reflection, scattering and diffraction of …

Wireless sensor networks can be used in habitat monitoring for detecting fire, in disaster for
helping rescue teams and in agriculture for sensing humidity. Node localization is essential …

Wireless sensor networks (WSNs) require very efficient algorithms for data processing,
compression and routing due to the limited resources of sensor nodes. As WSNs are …