CoVeR: Coverage-Based Token Pruning for Multi-View 3D Reasoning in VLMs

  • 类型:arxiv
  • 标识:2609.08345
  • 链接:https://arxiv.org/abs/2609.08345
  • 主分类:engineering
  • 形态:method
  • 被引:0
  • 被引来源:Semantic Scholar + OpenAlex
  • S2被引:0
  • OpenAlex被引:0
  • 影响力被引:0
  • TLDR:It is shown that spatial coverage is associated with 3D reasoning performance and CoVeR, a deterministic, training-free selector that uses only token coordinates, with no learned signals is introduced, which outperforms prior SOTAs on all three 3D reasoning benchmarks and generalizes as a plug-and-play module tested across four VLMs.
  • OpenAlex ID:W7211987783
  • OpenAlex DOI:10.48550/arxiv.2609.08345
  • DOI:10.48550/arxiv.2609.08345
  • DOI来源:OpenAlex
  • 开放获取:green
  • 开放获取链接:https://doi.org/10.48550/arxiv.2609.08345
  • OpenAlex更新:2026-09-11
  • 待LLM分类:否
  • 标题中文:CoVeR:基于覆盖度的 token 剪枝,用于 VLM 中的多视图 3D 推理
  • TLDR中文:本文证明空间覆盖与三维推理性能相关,并提出 CoVeR,一种仅使用 token 坐标、不依赖学习信号的确定性、无训练选择器,在三项三维推理基准上均超越既有 SOTA,并可作为即插即用模块泛化到四种 VLM。
  • 来源文件:
  • /inbox/tom/_candidates/2026-09-09-agent-rag-longcontext-candidates.json
  • [S2 enrich]
  • [OpenAlex backfill]