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Joint real-time scheduling and interference coordination for wireless factory automation

机译:无线工厂自动化的联合实时调度和干扰协调

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The fifth generation of wireless communication is expected to enable various new use cases that today's wireless communication systems are not able to support. One of these use cases is mission-critical machine-type communication (C-MTC) for automation processes in factory environments. The real-time requirements including firm deadlines for such communication impose very low latency and high reliability demands that can currently only be fulfilled by wired solutions. In this paper, we focus on the radio resource management aspect to enable C-MTC in the context of a factory automation scenario by proposing a joint real-time scheduling and interference coordination approach that supports low latency communication while provisioning radio resources for very high reliability.
机译:第五代无线通信有望实现当今无线通信系统无法支持的各种新用例。这些用例之一是用于工厂环境中自动化过程的关键任务机器类型通信(C-MTC)。实时要求(包括确定此类通信的最终期限)提出了非常低的延迟和很高的可靠性要求,而这些要求目前只能通过有线解决方案来满足。在本文中,我们集中于无线电资源管理方面,通过提出一种联合的实时调度和干扰协调方法来支持工厂自动化情况下的C-MTC,该方法支持低延迟通信,同时为非常高的可靠性提供无线电资源。

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