工业物联网设备和应用性能与功耗数据集
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本研究创建了一个名为“工业物联网设备和应用性能与功耗数据集”的数据集,该数据集用于分析工业物联网(IIoT)设备和应用在工业自动化系统中的能耗情况。数据集由一个工业物联网系统组成,包括教育机器人手臂、传送带、智能相机和计算节点。通过创建微基准测试和端到端应用程序,研究者收集了广泛的性能和功耗数据,用于训练和分析机器学习模型,以预测应用程序和物联网系统的能耗。数据集的创建过程包括构建一个软件控制层、工作负载生成器、执行控制器、指令翻译器和传感器及执行器适配器等。该数据集旨在解决工业物联网系统中的能耗预测问题,为提高物联网系统的效率和可持续性提供实用依据。
This study constructs a dataset titled "Industrial Internet of Things (IIoT) Device and Application Performance and Power Consumption Dataset", which is designed to analyze the energy consumption of IIoT devices and applications within industrial automation systems. The dataset is collected based on an IIoT testbed comprising educational robotic arms, conveyor belts, smart cameras, and computing nodes. By developing microbenchmarks and end-to-end applications, researchers have gathered comprehensive performance and power consumption data for training and analyzing machine learning models to predict the energy consumption of applications and IoT systems. The dataset development process involved building a software control layer, workload generator, execution controller, instruction translator, and adapters for sensors and actuators, among other core components. This dataset aims to address the energy consumption prediction challenge in IIoT systems, providing practical evidence for improving the efficiency and sustainability of IoT systems.

- 1Data-Driven Energy Modeling of Industrial IoT Systems: A Benchmarking Approach塞浦路斯大学计算机科学系 · 2025年



