The Mobile IoT domain has been significantly expanded with the proliferation of drones and unmanned robotic devices. In this new landscape, the communication between the resource-constrained device and the fixed infrastructure is similarly expanded to include new messages of varying importance, control, and monitoring. To efficiently and effectively control the exchange of such messages subject to the stochastic nature of the underlying wireless network, we design a time-optimized, dynamic, and distributed decision-making mechanism based on the principles of the Optimal Stopping and Change Detection theories. The findings from our experimentation platform are promising and solidly supportive to a vast spectrum of real-time and latency-sensitive applications with quality-of-service requirements in mobile IoT environments.

中文翻译：

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传送或不传送

随着无人机和无人机器人设备的普及，移动物联网领域得到了显着扩展。在这种新环境中，资源受限的设备和固定基础设施之间的通信同样得到扩展，以包括不同重要性、控制和监控的新消息。为了在底层无线网络的随机性下有效地控制此类消息的交换，我们根据最优停止和变化检测理论的原理设计了一种时间优化的、动态的、分布式的决策机制。我们的实验平台的研究结果很有希望，并为移动物联网环境中具有服务质量要求的大量实时和延迟敏感型应用提供了坚实的支持。