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In this study we investigate the compensation of ou tage area utmost. It introduces the self optimizati on of the neighbors of the outage cells with antenna tilt s for the generation of the most suitable configura tion settings for the network with base stations/eNodeBs positional information. All the neighbors of the o utage cell increase their coverage area and thus contribu te to cell outage compensation. Every neighbor cell calculates the edge points of its antenna reach by propagation path loss model in order to minimize th e inter-cell interference. Antenna parameter selectio n and optimization has an important role to achieve maximum capacity and coverage performance in LTE and beyond (LTE-A). For this reason, the LTE framework is adopted for simulations and Cell cover age extension, cell capacity enhancement and InterCell Interference (ICI) mitigation provided by opti mized antenna parameter investigations on the basis of specifications (TR25.814 and TR36.814). The simulation results provide strong evidence that our scheme delivers substantial gains in terms of coverage com pared to existing solutions without sacrificing the SINR.

MIGITATION OF INTER CELL INTERFERENCE AND FADING IN LTE SYSTEMS