FRA-NBV: 反射を考慮した高速な次視点選択戦略
FRA-NBV: A Fast and Reflectivity-Aware Next-Best-View Strategy
反射面による深度センサの欠損を考慮し、追加視点を選んで3次元再構成のカバレッジを向上させる次視点選択手法を提案した。
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著者: G. F. Preziosa, E. Setti, M. Faroni, A. M. Zanchettin, P. Rocco
分類: cs.RO
原文アブストラクト
Autonomous 3D reconstruction with depth sensors is strongly affected by reflective surfaces, which cause missing or unreliable measurements and reduce the effectiveness of conventional Next-Best-View (NBV) strategies. This limitation is particularly critical in industrial applications involving reflective components and low-cost, low-resolution depth sensing, where robustness to sensing failures is essential. This paper proposes a Fast Reflectivity-Aware Next-Best-View (FRA-NBV) strategy that explicitly addresses reflection-induced depth loss without relying on prior object models or assumptions on material reflectance, making it suitable for a wide range of industrial configurations. Reflective regions are identified from the spatial distribution of missing depth measurements and localized in three-dimensional space using an online ellipsoid-based representation of the object estimate. A recovery strategy then selects additional poses that modify the sensor's angle of incidence to improve the likelihood of reconstructing the affected regions. Experiments on objects with different geometric and reflective complexity demonstrate that the approach significantly improves reconstruction coverage under realistic industrial conditions.
