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Optimal joint RAN selection and resource allocation strategy in HetNet under Co-channel and user centric deployment

机译:在同频道和以用户为中心的部署下,HetNet中的最优RAN联合选择和资源分配策略

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In this article, a joint Radio Access Network selection strategy and a sub-channel resource allocation scheme are introduced, where the downlink of a two-tier HetNet system is deployed in a co-channel deployment.With this scenario in mind, a Semi Markovian Decision Process based-model is proposed to find an optimal policy for user association the channel allocation, where the long-term expected reward is maximized.For the proposed strategy, the sub-channel allocation is only considered for those new and handoff petitions that potentially can be allocated in one of the SCs.In addition, with the aim to contribute to the enhancement of the overall usage of radio resources, a traffic offloading process is considered at the departure of the sessions.In order to motivate the session offloading from the MC to the SCs at departure times, we have defined that two sub-channels will be allocated in the SC for each offloaded session.Analytical results quantify and show the effectiveness of the proposed strategy.
机译:本文介绍了一种联合的无线接入网选择策略和一个子信道资源分配方案,其中在同信道部署中部署了两层HetNet系统的下行链路。提出了基于决策过程的决策模型,以找到最佳的用户分配渠道分配策略,在该策略中,长期预期收益最大化。对于所提议的策略,仅针对那些潜在的新的和越区切换请求考虑子信道分配此外,为了有助于提高无线电资源的整体利用率,在会话开始时考虑了流量分流过程。在出发时间向SC发送MC,我们已定义在SC中为每个卸载的会话分配两个子信道。分析结果量化并显示了Pro的有效性提出策略。

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