… distance from the mobile node N0 to a static node Ni becomes … where gX,Θ(x,θ) denotes
the joint probability density function of … Hence the joint probability density function gX,Θ(x,θ) is …

… by node mobility [9]. The model we develop is based on the relative movement behavior of
one node observed by the other node … The joint probability distribution of α and β in (7) is inde…

… 7(b), we found that the impacts of ETR and node mobility on the TR is very similar to
those on the TL. Furthermore, given Re = 239m, Fig. 8(b) illustrates the influence of initial …

… impact of mobile nodes on the initial network, we place the starting points of mobile nodes
… mode between static nodes and mobile nodes, the impact of mobile nodes on the network …

… While much attention has been given to the node mobility impacts, little has been done … joint
effects of the interactions among radio channels, transmission range, node mobility and node…

… joint impact of nodes’ mobility and channel estimation errors, whereas [51] only considers the
effect of nodes’ mobility, … multi-antenna destination and eavesdropper nodes, whereas [51] …

… the mobility model and the communicating traffic pattern. In this paper, we focus on the impact
of mobility … The node mobility characteristics are very application specific. Widely varying …

… a major issue that impacts the application of such networks. While communication … mobile
nodes are deployed to replace heavily loaded (static) nodes such that these static nodes can …

… to nodes based on their mobility parameters. Numerical results show a significant impact of
mobility on the node … one mobility factor, and to jointly design the MAC and routing protocols. …

… station be mobile; in this way, the nodes located close to … impact on latency, is not essential
any more to our solution. Finally, it is also important to note that the mobility of network nodes …