Spatio Temporal
Spatio-temporal analysis focuses on understanding and modeling phenomena that evolve over both space and time. Current research emphasizes developing advanced models, such as graph neural networks, transformers, and recurrent neural networks, to capture complex spatio-temporal relationships in diverse data types, including videos, sensor networks, and climate data. These advancements are improving predictions in areas like weather forecasting, traffic flow estimation, and human activity recognition, leading to more accurate and efficient solutions for various applications. The field's significance lies in its ability to extract meaningful insights from complex, dynamic datasets, enabling better decision-making across numerous scientific and practical domains.
Papers
Process signature-driven high spatio-temporal resolution alignment of multimodal data
Abhishek Hanchate, Himanshu Balhara, Vishal S. Chindepalli, Satish T. S. Bukkapatnam
Transformer-based Fusion of 2D-pose and Spatio-temporal Embeddings for Distracted Driver Action Recognition
Erkut Akdag, Zeqi Zhu, Egor Bondarev, Peter H. N. De With
Fine-Grained Pillar Feature Encoding Via Spatio-Temporal Virtual Grid for 3D Object Detection
Konyul Park, Yecheol Kim, Junho Koh, Byungwoo Park, Jun Won Choi
STARFlow: Spatial Temporal Feature Re-embedding with Attentive Learning for Real-world Scene Flow
Zhiyang Lu, Qinghan Chen, Ming Cheng
An Ensemble Framework for Explainable Geospatial Machine Learning Models
Lingbo Liu
Tel2Veh: Fusion of Telecom Data and Vehicle Flow to Predict Camera-Free Traffic via a Spatio-Temporal Framework
ChungYi Lin, Shen-Lung Tung, Hung-Ting Su, Winston H. Hsu
TESTAM: A Time-Enhanced Spatio-Temporal Attention Model with Mixture of Experts
Hyunwook Lee, Sungahn Ko