Temporal Modeling
Temporal modeling focuses on representing and analyzing data that changes over time, aiming to capture dynamic patterns and dependencies within sequences. Current research emphasizes the development of robust and efficient models, including transformers, recurrent neural networks, and diffusion models, to handle diverse data types like event sequences, videos, and time series, often incorporating spatial information for enhanced performance. This field is crucial for advancing various applications, from video generation and action recognition to financial forecasting and personalized medicine, by enabling more accurate predictions and insightful analyses of dynamic systems.
Papers
MDHP-Net: Detecting Injection Attacks on In-vehicle Network using Multi-Dimensional Hawkes Process and Temporal Model
Qi Liu, Yanchen Liu, Ruifeng Li, Chenhong Cao, Yufeng Li, Xingyu Li, Peng Wang, Runhan Feng
STLight: a Fully Convolutional Approach for Efficient Predictive Learning by Spatio-Temporal joint Processing
Andrea Alfarano, Alberto Alfarano, Linda Friso, Andrea Bacciu, Irene Amerini, Fabrizio Silvestri
EBES: Easy Benchmarking for Event Sequences
Dmitry Osin, Igor Udovichenko, Viktor Moskvoretskii, Egor Shvetsov, Evgeny Burnaev
Redefining Temporal Modeling in Video Diffusion: The Vectorized Timestep Approach
Yaofang Liu, Yumeng Ren, Xiaodong Cun, Aitor Artola, Yang Liu, Tieyong Zeng, Raymond H. Chan, Jean-michel Morel