A Network Latency Prediction Method Based on Sequence Decomposition and GNN
Chuhao Chen, Wei Li, Xiangxu Meng, Linying Yang, Wenqi Zheng · 2024
Ultra reliable low latency communication (URLLC) has emerged as a crucial element in various communication services due to its ability to provide highly dependable and real-time connections. However, existing time series models utilized in URLLC scenarios often overlook the interconnections among delay cycles, trends, and bursts. Therefore, they fail to effectively capture the temporal periodic statistical characteristics exhibited by real data. To address this limitation, we propose a network delay prediction method that utilizes graph neural networks to aggregate different characteristic trends. Specifically, we employ channels with independently learnable weights of varying magnitudes to capture the inherent periodic patterns of cycles, trends, and short fluctuations. To obtain a generalized feature representation from the combined features, we map them into a non-Euclidean space and leverage mature graph convolution techniques to aggregate structural features. Results on real world URLLC datasets show that our approach can reduce the MSE error by up to 50.1% compared to current methods.