Using ontology for implementing enterprise resource planning systems. - Eduard Babkin; Ekaterina Potapova (AICCSA, 2009)

Towards Ontology-Based Methodology for Requirements Formalization. - Eduard Babkin; Ekaterina Potapova (BIR, 2010)

Learning What Matters: Combining Probabilistic Models of 2D and 3D Saliency Cues. - Ekaterina Potapova; Michael Zillich; Markus Vincze (ICVS, 2011)

Local 3D Symmetry for Visual Saliency in 2.5D Point Clouds. - Ekaterina Potapova; Michael Zillich; Markus Vincze (ACCV (1), 2012)

Attention-driven segmentation of cluttered 3D scenes. - Ekaterina Potapova; Michael Zillich; Markus Vincze (ICPR, 2012)

Attention driven grasping for clearing a heap of objects. - Karthik Mahesh Varadarajan; Ekaterina Potapova; Markus Vincze (IROS, 2012)

Situiertes Sehen für bessere Erkennung von Objekten und Objektklassen. - Markus Vincze; Walter Wohlkinger; Aitor Aldoma; Sven Olufs; Peter Einramhof; Kai Zhou 003; Ekaterina Potapova; David Fischinger; Michael Zillich (Elektrotech. Informationstechnik, 2012)

Incrementally biasing visual search using natural language input. - Evan A. Krause; Rehj Cantrell; Ekaterina Potapova; Michael Zillich; Matthias Scheutz (AAMAS, 2013)

Workshop on attention models in robotics: visual systems for better HRI. - Michael Zillich; Simone Frintrop; Fiora Pirri; Ekaterina Potapova; Markus Vincze (HRI, 2014)

Incremental attention-driven object segmentation. - Ekaterina Potapova; Andreas Richtsfeld; Michael Zillich; Markus Vincze (Humanoids, 2014)

Attention-driven object detection and segmentation of cluttered table scenes using 2.5D symmetry. - Ekaterina Potapova; Karthik Mahesh Varadarajan; Andreas Richtsfeld; Michael Zillich; Markus Vincze (ICRA, 2014)

Saliency-based object discovery on RGB-D data with a late-fusion approach. - Germán Martín García; Ekaterina Potapova; Thomas Werner; Michael Zillich; Markus Vincze; Simone Frintrop (ICRA, 2015)

Survey of recent advances in 3D visual attention for robotics. - Ekaterina Potapova; Michael Zillich; Markus Vincze (Int. J. Robotics Res., 2017)