Dataset of Process Management in IoT Operating Systems: Cross-Influence between Processing and Communication Tasks in End-Devices

This dataset is provided as a supplement to the work entitled "Process Management in IoT Operating Systems: Cross-Influence between Processing and Communication Tasks in End-Devices", published in MDPI Sensors Journal.

This work focus on process management in IoT Operating Systems from the Edge Computing perspective. Specifically, we have carried out an empirical study of the cross-influence between processing and communication tasks in sensor end-devices.

We have performed a set of experimental tests by changing the Radio Duty Cycle (RDC), the Processing Task Duty Cycle (PTDC), the processing task type and the priority scheme of the different tasks. For each test, we obtain the average throughput, latency and wait time of the processing task. This way, we can evaluate the influence that the PTDC and the processing task type have in the communication performance. In addition, we can also evaluate the process management influence by changing the priority scheme. In the opposite direction, the RDC parameter is changed to evaluate its influence on the processing task wait time.

本数据集作为补充材料提供，旨在辅助《物联网操作系统中的进程管理：端设备中处理与通信任务间的交互影响》一文，该文发表于MDPI Sensors期刊。该研究聚焦于从边缘计算视角审视物联网操作系统的进程管理。具体而言，我们进行了一项实证研究，探讨了传感器端设备中处理与通信任务间的交互影响。通过调整无线电占空比（RDC）、处理任务占空比（PTDC）、处理任务类型以及不同任务的优先级方案，我们实施了一系列实验测试。对于每一项测试，我们获取了处理任务的平均吞吐量、延迟和等待时间。由此，我们得以评估PTDC和处理任务类型对通信性能的影响。此外，通过改变优先级方案，我们还能评估进程管理对通信性能的影响。反之，通过改变RDC参数，我们评估其对处理任务等待时间的影响。