... latitude and longitude position in real-time ...frequencies and highly-accurate atomic clocks for time ...1995) and Russian GLONASS (constellation of 24 satellites, restored in ...for ...
... WirelessSensorNetworks (WSN) are constituted of a large number of tiny sensor nodes randomly distributed over a geographical region whose power consumption is ...shown in current ...
... accurate localization system used worldwide, but it is not very common to use it in every sensor node of a ...timing and synchronization, and it cannot operate at indoor applications ...
... processing inwireless communication has been a topic of interest in research for over three ...decades. In the fourth generation (4G) of the wireless communication sys- tems, also ...
... Wirelesssensornetworks (WSNs) find applications in the most varied areas, such as monitoring (industrial, healthcare, environmental), energy-efficient routing, exploration (deep water, ...
... on wirelesssensornetworks. In fact nowadays, systems based on sensornetworks are getting increasingly used in many areas of the knowledge, giving rise to several ...
... hardware insensor node, as it is available as part of physical layer of sensor ...node. In case of ANFIS trained Sugeno weighted centroid localization technique; fuzzy membership ...
... of WirelessSensorNetworks (WSNs) is leading towards the deployment of complex networked systems and the optimal design of WSNs can be a very difficult task because several constraints ...
... Erol and Luiz F. M. Vieira et al. [9] explored a localization technique, Dive ‘N’ Rise (DNR) positioning for underwater acoustic sensor ...networks. Localization is one of the main ...
... a WirelessSensor Network (WSN) designed to locate faults would require accurate locations of sensor nodes identifying ...provide and manipulate false location information by reporting false ...
... pros and cons of using such greedy protocols to guarantee the best security service while minimizing the overall energy ...consists in cloning the target sensors and transmitting faulty data ...
... general sensor coverage problem. Given a set of sensors deployed in a target area, we want to determine if the area is sufficiently k-covered, in the sense that every point in the ...
... weights in this manner is because both RSS and AoA short-range measurements are trusted more than long- range ...m, and at an actual range of 10 m, the measured range would be 15 m, which is a factor ...
... of Wirelesssensornetworks have been widely seen in the fields of target detection andtracking, environmental monitoring, industrial process monitoring, and ...
... proposed in [68] are presented and studied, in order to ultimately propose a change which allows the creation and con- sideration of a more realistic ...RSS and AoA measurements. ...
... that our approaches require a low number of signal transmissions, which might enhance the utilization efficiency of the radio spectrum, a precious resource for wireless communications. It also shows that our ...
... proposed in [68] are presented and studied, in order to ultimately propose a change which allows the creation and con- sideration of a more realistic ...RSS and AoA measurements. ...
... of targettrackinginwirelesssensor ...problem inlocalization. Localization primarily refers to the detection of spatial coordinates of a node or an ...object. ...
... plans, and schedules, considering traffic issues like delays and traffic flow at different hours, in order to achieve better tradeoff between cus- tomers satisfaction and resources used ...