OmniEvent: Unified Event Representation Learning
Weiqi Yan, Chenlu Lin, Youbiao Wang, Zhipeng Cai, Xiuhong Lin, Yangyang Shi, Weiquan Liu, Yu Zang

TL;DR
OmniEvent introduces a unified event representation learning framework that achieves state-of-the-art performance across multiple tasks by decoupling spatial and temporal features and efficiently fusing them.
Contribution
It is the first framework to unify event data processing, removing the need for task-specific designs and enabling standard vision models to handle event data.
Findings
Outperforms task-specific SOTA by up to 68.2% across 10 datasets
Uses a decouple-enhance-fuse paradigm for better handling of inhomogeneity
Achieves high efficiency with space-filling curves and attention-based fusion
Abstract
Event cameras have gained increasing popularity in computer vision due to their ultra-high dynamic range and temporal resolution. However, event networks heavily rely on task-specific designs due to the unstructured data distribution and spatial-temporal (S-T) inhomogeneity, making it hard to reuse existing architectures for new tasks. We propose OmniEvent, the first unified event representation learning framework that achieves SOTA performance across diverse tasks, fully removing the need of task-specific designs. Unlike previous methods that treat event data as 3D point clouds with manually tuned S-T scaling weights, OmniEvent proposes a decouple-enhance-fuse paradigm, where the local feature aggregation and enhancement is done independently on the spatial and temporal domains to avoid inhomogeneity issues. Space-filling curves are applied to enable large receptive fields while…
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Taxonomy
TopicsAdvanced Memory and Neural Computing · Advanced Neural Network Applications · Ferroelectric and Negative Capacitance Devices
