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In Long-Term Evolution (LTE) system, multi-access interference coordination has been planned to optimize the exploitation of radio resources, thus maximizing service quality, coverage and capacity. Many techniques aim to minimize inter-cell interference in LTE, such as fractional power control and spatial antenna techniques, including MIMO and SDMA. In LTE, the access technique rests on the OFDM modulation technique. The allocation of resources takes place both in time and frequency. These resources are allocated to user equipment according to a given frequency reuse approach.

Produktbeschreibung
In Long-Term Evolution (LTE) system, multi-access interference coordination has been planned to optimize the exploitation of radio resources, thus maximizing service quality, coverage and capacity. Many techniques aim to minimize inter-cell interference in LTE, such as fractional power control and spatial antenna techniques, including MIMO and SDMA. In LTE, the access technique rests on the OFDM modulation technique. The allocation of resources takes place both in time and frequency. These resources are allocated to user equipment according to a given frequency reuse approach.
Autorenporträt
PhD in communication from the University of Carthage (Sup'Com) since December 2017. I also holds an Master in communication in january 2011. In june 2009 I obtained engineering diploma in telecommunications at Sup'Com. Now I am a assistant contractual at Sfax university.