… The distributed algorithm can be used in applications such as speech enhancement in a
wireless acoustic sensor network (WASN), where (some of) the nodes have prior knowledge on …

… formal definition of the no knowledge efficiency compensation wireless power transfer problem.
Given a wireless rechargeable sensor network (WRSN) consisting of s sensor nodes {n1,…

… prior knowledge of the desired source steering vector, which can, for instance, in an acoustic
scenario be obtained if nodes have prior knowledge … (MWF) with prior knowledge for node-…

… In sensor networks, nodes are deployed into an unplanned infrastructure where there is no
a priori knowledge of location. The problem of estimating spatial-coordinates of the node is …

… knowledge in a wireless sensor network and develop a key predistribution scheme based on
this model. We are the first to attempt the use of deployment knowledge in … prior knowledge …

… We consider two cases based on the availability of prior knowledge … prior probabilities are
not available, a blind setup is defined. When the prior probabilities are available, a knowledge-…

… to wireless sensor network data, using both existing and novel real world datasets. Our
wireless sensor network consists of several wireless network nodes to which sensors can be …

… predistribution in static sensor networks. By exploiting the predeployment knowledge, this
article … We do not assume any prior knowledge of sensors’ locations. However, we assume that …

… rely on a-priori knowledge to correctly model the expected values. Our approach instead
employs an algorithm that requires no prior … INTRODUCTION Wireless sensor networks offer the …

… certain deployment knowledge may he availahle n priori, we … that exploits deploynient
knowledge and avoids unnecessary … network resilience against nude capture) of sensor networks …