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Hypergraph-based motion generation with multi-modal interaction relational reasoning

delete2025-09-26
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PRE
AI
K
Keshu Wu
Y
Yang Zhou
H
Haotian Shi
D
Dominique Lord
B
Bin Ran
X
Xinyue Ye
DOI:10.1016/j.trc.2025.105349delete
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Abstract

Abstract

En 中文
• Introduces the RHINO framework for hypergraph-based, multi-agent, multi-modal motion prediction with explicit relational reasoning. • Captures group-wise interactions via a multi-scale hypergraph that models joint influence. • Uses agent-behavior graph to disentangle the multi-modality of driving behaviors. • Performs intention-conditioned reasoning over hyperedges. • Learns higher-order interaction patterns and yields human-interpretable explanations. • Delivers accurate multi-future trajectory predictions with an efficient residual decoder.

Journal

T
transportation research part c: emerging technologies
IF:
0
Papers:
196
Citations:
0

Organization

T
Texas A&M University
Scholars:
3.7K
Papers: 1.8K
Citations: 5.1W
U
university of wisconsin-madison
Scholars:
3.5K
Papers: 1.5K
Citations: 2
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