Wireless Ray Tracing Dataset for UND Engineering Building Environment

The dataset captures various wireless communication scenarios of a real-world digital twin environment using transmitters placed on the Engineering Building of University of North Dakota (UND). The dataset features key parameters critical to wireless communication analysis, including PropagationDelay, PathLoss, PropagationDistance, PhaseShift, Line of Sight (LoS), Number of Interactions, variable receivers positions, and ReceivedPower (dBm). These parameters reflect real-world wireless phenomena in diverse settings, from academic to urban environments. The dataset is invaluable for analyzing signal behavior, approximating models, and optimizing wireless system performance. This dataset is the output of wireless ray tracing simulations for Single Input Single Output (SISO) wireless connectivity in UND 3D digital twin model created using MATLAB and the OpenStreetMap environment.

该数据集利用部署在北达科他大学（University of North Dakota，简称UND）工程大楼的发射器，捕捉了真实世界数字孪生（digital twin）环境下的多种无线通信场景。数据集包含无线通信分析的关键参数，包括传播延迟（PropagationDelay）、路径损耗（PathLoss）、传播距离（PropagationDistance）、相位偏移（PhaseShift）、视距（LoS）、交互次数（Number of Interactions）、可变接收器位置以及接收功率（dBm）。这些参数反映了从学术到城市环境等不同场景下的真实无线现象。该数据集对于分析信号行为、逼近模型以及优化无线系统性能具有不可估量的价值。此数据集是针对UND三维数字孪生模型中单输入单输出（SISO）无线连接性的无线射线追踪仿真结果，该模型由MATLAB和OpenStreetMap环境构建而成。