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Cooperative schemes are promising solutions for cellular wireless systems to improve system fairness, extend coverage and increase capacity.
Multicell cooperation is a promising solution for cellular wireless systems to mitigate intercell interference, improve system fairness, and increase capacity.
Interference management is one of the major challenges for cellular wireless systems, as transmissions in a given cell cause cochannel interference (CCI) to the neighbouring cells.
Coordination between base stations (BSs) is a promising solution for cellular wireless systems to mitigate intercell interference, improving system fairness, and increasing capacity in the years to come.
Limited capacity and coverage holes have been considered as major problems of conventional mobile cellular wireless systems which only consist of homogeneous macro base stations (BSs) [1].
Multicell cooperation or coordination is a promising solution for cellular wireless systems to mitigate intercell interference, improving system fairness and increasing capacity [3, 4], and thus is already under study in LTE-Advanced under the coordinated multipoint (CoMP) concept [5].
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2. Hints, based on information from the cellular wireless system, to predict handoff.
In this paper, we introduce a novel technique to exploit the synergy between the multiple access control (MAC) layer and the physical layer of a cellular wireless system with integrated voice and data services.
For tractable analysis and low computation complexity[12], we consider a cellular wireless system with homogeneous cells in this article.
The architecture consisting of a single MBS and a set of SBSs is provided as the cache-enabled architecture based on SBSs, such as picocells, microcells or femtocells overlaid on existing macro-cellular wireless systems.
Orthogonal frequency division multiplexing (OFDM -based systems have been adOFDM -basedny of the recent wirelesystemsunication standards, suchave European terrestrial beendcadoptedtems based on DVB-H, DVB-T, and DVB-T2, and cellular wineless comanyicatiof systhes based on 4G.
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