تجزیه و تحلیل پروتکل های شبکه های بالن بی سیم بی سیم

The recent advancement in wireless technology has identified the Wireless Balloon Network (WBN) as a rapid and lucrative solution in order to provide internet facilities in the deprived and challenging areas. A few widely renowned companies such as Google, Space Data Inc., etc., have already made news by initiating their projects based on high altitude WBNs to provide internet facilities in remote areas. Unfortunately, the technical details have been kept confidential so far and mostly unknown to the public research arena. In this paper, we attempt to analyze the percolation properties of the large-scale WBN considering both homogenous and heterogenous wireless nodes. In order to do so, we have modeled WBN as a large-scale random network where the path-loss models of the homogenous and heterogenous WBNs have been reduced into GDM (Gilbert's Disk Model) and RGDM (Random Gilbert's Disk Model) respectively. The bounds on the critical density regime have been derived for both percolation models. Additionally, this paper implemented an experimental test bed for WBN percolation model. Consequently, the findings of this research could be crucial in order to estimate the essential network properties.