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cs.CV2026

UMAS3D: Unified Mask-Free 3D Editing with Region-Adaptive Source Preservation

Xianlin Zeng, Xiaolong Shen, Ruijie Quan +1

3D editing aims to modify an existing 3D asset according to user intent while preserving geometry and appearance outside the intended edit region. Existing methods often rely on ta…

math.CO2026

Bricks that every removable edge is solitary

Jinxin Xue, Jun Ge, Fuliang Lu +1

A brick is a 3-connected graph such that has a perfect matching for any two distinct vertices . An edge in a matching covered graph is removable if…

math.CO2026

Near-bipartite bricks in which every b-invariant edge is a forcing edge

Yaxian Zhang, Fuliang Lu

A connected graph is matching covered if it has at least one edge and every edge lies in some perfect matching.Lovász proved that every matching covered graph G can be uniquely dec…

math.CO2026

Bricks in which every vertex is incident with a forcing edge

Xinyu Dai, Fuliang Lu, Yaxian Zhang

A matching covered graph is a brick if it is 3-connected and bicritical. An edge of a matching covered graph G is a forcing edge if it lies in precisely one perfect matching of G.…

math.CO2026

Tight cuts in matching covered graphs

Fuliang Lu, Fengming Dong

An edge cut C of a graph G is tight if |C \M| = 1 for every perfect matching M of G. Barrier-cuts and 2-separation cuts, also referred to as ELP-cuts, are two important types of ti…

math.CO2026

Adjacent vertices of small degree in minimal matching covered graphs

Xiaoling He, Fuliang Lu, Heping Zhang

A connected graph with at least two vertices is matching covered if each of its edges lies in a perfect matching. A matching covered graph is minimal if the removal of any edge…