The aim of the work "Local management method in cellular networks" was to develop a new method to change configuration of base stations in an LTE cellular network. The main advantage of developed method is a reduction of reconfigured base stations, which can be profitable for the network operator. To solve the problem of determine optimal transmission power in base stations, analytical models and metaheuristic methods were used. The presentation will cover motivation and description of the topic, analytical preliminary research results, methodology, description of developed solution and numerical results.

The aim of the work "Local management method in cellular networks" was to develop a new method to change configuration of base stations in an LTE cellular network. The main advantage of developed method is a reduction of reconfigured base stations, which can be profitable for the network operator. To solve the problem of determine optimal transmission power in base stations, analytical models and metaheuristic methods were used. The presentation will cover motivation and description of the topic, analytical preliminary research results, methodology, description of developed solution and numerical results.

The aim of the work "Local management method in cellular networks" was to develop a new method to change configuration of base stations in an LTE cellular network. The main advantage of developed method is a reduction of reconfigured base stations, which can be profitable for the network operator. To solve the problem of determine optimal transmission power in base stations, analytical models and metaheuristic methods were used. The presentation will cover motivation and description of the topic, analytical preliminary research results, methodology, description of developed solution and numerical results.