Across the nine leading solutions, foundation segmentation models are combined with target-aware memory, multimodal reasoning, explicit target-existence verification, agentic interaction, and corrective tracking, illustrating a broader transition from single-model mask propagation toward modular pipelines that reason about object identity, query validity, and temporal reliability.
Abstract
This report summarizes the 8th Large-scale Video Object Segmentation (LSVOS) Challenge, held in conjunction with ECCV 2026. The challenge evaluates video segmentation in three complementary settings: complex semi-supervised video object segmentation on MOSEv2, text-guided referring video object segmentation on MeViSv2-Text, and audio-guided referring video object segmentation on MeViSv2-Audio. We describe the tasks and evaluation protocols and review the methods of the top three teams in each track. Across the nine leading solutions, foundation segmentation models are combined with target-aware memory, multimodal reasoning, explicit target-existence verification, agentic interaction, and corrective tracking. These systems illustrate a broader transition from single-model mask propagation toward modular pipelines that reason about object identity, query validity, and temporal reliability.
Recent advances in video object segmentation with Multimodal Large Language Model (MLLM) reasoning have demonstrated the effectiveness of using a single textual token, such as SEG, to predict segmentation masks across images and videos. However, we observe that this single-token strategy lacks the granularity required...
Rui-Ning Zhao, Ho Kei Cheng, Alexander G. Schwing· 0 citations
A training-free framework for audio-guided video object segmentation, which integrates Multimodal Large Language Models (MLLMs) with SAM-based segmentation models and employs SAM-based models for accurate object mask generation is presented.
Liang-Tao Shi, Jinxia Xie, Xian-Tao Hu et al.· 0 citations
This report presents a two-stage, training-free solution for the MeViS-Text track of the 8th LSVOS Challenge, which ranked third on the challenge test set, obtaining J&F, J, F, N-acc.
Ce Bian, X. He, Jin-Rong Zhang et al.· 0 citations
DiaVTG, a novel VTG framework designed to enhance temporal localization precision, is proposed to reformulate temporal localization as a video understanding problem and demonstrates that the training-free method consistently improves performance across various Vid-LLM architectures.
Hong-Yu Huang, Junyi Yang, Sipeng Yang et al.· The Visual Computer· 0 citations
Existing online video segmentation methods struggle to track objects in long, complex videos with long-term occlusions. We hypothesize that this limitation is caused by (i) the inability of their temporal propagation mechanism to adaptively select the object information that is propagated across time, and (ii) their in...
In the era of big data, precise event retrieval from large video collections has become increasingly important and challenging. In particular, locating multiple events from the same video in their temporal order is difficult when different events are described by different types of evidence, such as visual content, on-...
M. Tran, V. Vo, M. Nguyen et al.· 0 citations
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