Titlebook: 4G Femtocells; Resource Allocation Haijun Zhang,Xiaoli Chu,Xiangming Wen Book 2013 The Author(s) 2013 Femtocells.Interference Management.O

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4G Femtocells978-1-4614-9080-7Series ISSN 2191-5768 Series E-ISSN 2191-5776

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Zustellung an eine Abgabestelleectrum-sharing macrocells and femtocells. A joint subchannel and power allocation scheme for co-channel femtocells is proposed, aiming to maximize the capacity for delay-tolerant users subject to delay-sensitive users’ quality of service and interference constraints imposed by macrocells. The joint

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Aussergerichtliche Schriftstücken this chapter, we investigate the power control problem for the co-channel deployed femtocells. We first model the uplink power control problem as a non-cooperative game, where co-channel interference is taken into account in maximizing the energy-aware utility. After introducing a price proportion

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https://doi.org/10.1007/978-3-211-69918-8ocells. However, the co-channel deployment of femtocells is still facing challenges arising from potentially severe co-channel interference in dense femtocells. In this chapter, we investigate the uplink power allocation problem in dense deployed femtocells. We first model the uplink power allocatio

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https://doi.org/10.1007/978-3-211-69918-8 colony optimization is proposed in dense deployed femtocells. To explore the multi-dimensional diversity in resource allocation, we propose a semi-distributed interference-aware resource allocation algorithm for the uplink of co-channel deployed femtocells, based on a non-cooperative game framework

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