Demand of higher data speed communication must be supported by good system and precise Evolved Node B allocation to give a good service quality. In the future especially Indonesia telecommunication network keep growing, data traffic with effective perfomance keep developed by mobile operator (service provider). Mobile telecomunication networking need cell planning with aim to meet cell coverage which is showed by number of base station, with minimal allocation but can meet the requirement of traffic capacity and coverage area.Chance to develope Long Term Evolution (LTE) Technology is at frequenies 1200 MHz, 1800 MHz, 2100 MHz and 2300 MHz. eNode B Allocation uses genetic algorithm and evolutionary programming. In Genetic Algorithm and evolutionary programming, searching technique is done by analyzing the size of the the population. Individual in one population is called by the term of chromosome. This chromosome is one of solution in the shape of symbol. In the beginning, population developed randomly, next population will be result of chromosomes evolution by iteration which is called by the term of generation. This eNode B allocation generates the best cell radius, observed by number of generations and eNode B allocation uses by using genetic algorithm and evolutionary programming which generate same cell radius.
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