Secured Communication through the Layer-One of the OSI Model

Abstract

In this paper, multi beam satellite secure correspondence through physical layer security methods by expecting that the station state data is accessible and the pillar shaping loads are fixed. In this way a novel secure satellite framework configuration is researched to limit the transmit power with singular mystery rate limitations. An iterative calculation is proposed so as to get an upgraded power portion system. The proposed novel secure multi beam satellite framework configuration can accomplish upgraded power distribution to guarantee the base individual mystery rate prerequisite. The outcomes show that the joint pillar shaping plan is more ideal than the fixed shaft framing plan, particularly in the instances of a bigger number of satellites receiving wire components and higher mystery rate prerequisite. In addition, problematic bar framing loads are gotten by totally wiping out the co-channel impedance and invalidating the busybodies' sign all the while. The presentation is assessed by considering the effect of the quantity of receiving wire components, number of pillars, singular mystery rate necessity, and Channel State Information. At last, analyze the outcomes under the present satellite air-interface and the outcomes under Gaussian information sources.