Experimental data set

Citation Author(s):
Chaoyi
Zhang
University of Science & Technology Beijing
Jianquan
Wang
University of Science & Technology Beijing
Submitted by:
Chaoyi Zhang
Last updated:
Sun, 07/14/2024 - 10:11
DOI:
10.21227/2nh4-h116
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Abstract 

This dataset includes channel delay data for 5G and TSN networks.The 5G and TSN channel delay dataset includes a training set and a test set, with 600 sets of data in the training set and 200 sets of data in the test set, which are used for channel model prediction. The data in these datasets are real, collected in real-time from the running 5G-TSN system using network testers and data packet capture tools. The distribution of the dataset shows that the delay information is mostly in the millisecond or even microsecond range, which is consistent with the results of channel delay information prediction.

Instructions: 

To validate the proposed channel prediction algorithm, a 5G-TSN channel model was simulated in this study to develop a channel delay data model under experimental scenarios. Channel delay datasets were collected at different times through a sampling method. Using the collected dataset, the 5G-TSN mobile communication channel prediction method based on DELM-ELM-AE was developed, and the DELM model was optimized using the DBO algorithm. The prediction performance of the channel and the actual network operation indicators were then simulated and compared for validation.

This study compares the DELM model optimized with the DBO algorithm to the original CSI without the use of intelligent algorithms after collecting the channel delay dataset under a 5G-TSN laboratory scenario. The impact of neural networks and intelligent optimization algorithms on the 5G-TSN channel prediction performance was analyzed. Additionally, the number of neurons and time steps of the DELM-ELM-AE model were varied to simulate MSE of the 5G-TSN channel prediction.

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Submitted by Furkan Deveci on Mon, 11/04/2024 - 10:39

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