Traffic Prediction
Traffic prediction aims to forecast future traffic conditions, crucial for optimizing transportation systems and resource allocation. Current research heavily utilizes deep learning models, including graph neural networks, transformers, and recurrent neural networks like LSTMs, often incorporating techniques like transfer learning, data augmentation, and multi-modal data fusion to improve accuracy and address data limitations. These advancements are impacting various sectors, from improving urban planning and traffic management to enhancing the efficiency of telecommunication networks and autonomous driving systems. Furthermore, there's a growing emphasis on model explainability and robustness to handle outliers and uncertainties in real-world traffic data.
Papers
Spatial-Temporal Feature Extraction and Evaluation Network for Citywide Traffic Condition Prediction
Shilin Pu, Liang Chu, Zhuoran Hou, Jincheng Hu, Yanjun Huang, Yuanjian Zhang
Automated Dilated Spatio-Temporal Synchronous Graph Modeling for Traffic Prediction
Guangyin Jin, Fuxian Li, Jinlei Zhang, Mudan Wang, Jincai Huang
A Graph and Attentive Multi-Path Convolutional Network for Traffic Prediction
Jianzhong Qi, Zhuowei Zhao, Egemen Tanin, Tingru Cui, Neema Nassir, Majid Sarvi
Vehicle Route Planning using Dynamically Weighted Dijkstra's Algorithm with Traffic Prediction
Piyush Udhan, Akhilesh Ganeshkar, Poobigan Murugesan, Abhishek Raj Permani, Sameep Sanjeeva, Parth Deshpande
Deep Sequence Modeling for Anomalous ISP Traffic Prediction
Sajal Saha, Anwar Haque, Greg Sidebottom
An Empirical Study on Internet Traffic Prediction Using Statistical Rolling Model
Sajal Saha, Anwar Haque, Greg Sidebottom
Towards an Ensemble Regressor Model for Anomalous ISP Traffic Prediction
Sajal Saha, Anwar Haque, Greg Sidebottom