Travelled to:
1 × Austria
1 × Japan
1 × Spain
1 × Sweden
1 × United Kingdom
2 × Canada
Collaborated with:
K.M.Varadarajan M.Zillich M.Ayromlou K.Zhou W.Ponweiser ∅ E.Potapova A.Richtsfeld M.Richtsfeld A.Schöffmann S.Wrede C.Bauckhage G.Sagerer
Talks about:
visual (3) object (3) track (3) time (3) segment (2) integr (2) model (2) real (2) use (2) edg (2)
Person: Markus Vincze
DBLP: Vincze:Markus
Contributed to:
Wrote 11 papers:
- ICPR-2014-VaradarajanV #calculus #geometry #representation #visual notation
- 4D Space-Time Mereotopogeometry-Part Connectivity Calculus for Visual Object Representation (KMV, MV), pp. 4316–4321.
- ICPR-2012-PotapovaZV #3d #segmentation
- Attention-driven segmentation of cluttered 3D scenes (EP, MZ, MV), pp. 3610–3613.
- ICPR-2012-RichtsfeldZV #implementation #segmentation
- Implementation of Gestalt principles for object segmentation (AR, MZ, MV), pp. 1330–1333.
- ICPR-2012-VaradarajanV #semantics #using #visual notation
- Semantic saliency using k-TR theory of visual perception (KMV, MV), pp. 3676–3679.
- ICPR-2012-VaradarajanZV #3d #video
- RGB and depth intra-frame Cross-Compression for low bandwidth 3D video (KMV, KZ, MV), pp. 955–958.
- ICPR-2012-ZhouVZV #estimation #multi #robust
- Robust multiple model estimation with Jensen-Shannon Divergence (KZ, KMV, MZ, MV), pp. 2136–2139.
- CASE-2010-RichtsfeldSV #automation #detection #realtime
- Real-time edge detection for automated fibre-mat stitching (MR, AS, MV), pp. 557–562.
- ICPR-v1-2004-WredeBSPV #framework #integration #scalability
- Integration Frameworks for Large Scale Cognitive Vision Systems — An Evaluative Study (SW, CB, GS, WP, MV), pp. 761–764.
- ICPR-v3-2002-AyromlouVP #probability #realtime
- Probabilistic Matching of Image- to Model-Features for Real-time Object Tracking (MA, MV, WP), pp. 692–695.
- ICPR-v4-2000-VinczeAZ #integration #performance #using
- Fast Tracking of Ellipses Using Edge-Projected Integration of Cues (MV, MA, MZ), pp. 4072–4075.
- ICPR-1996-Vincze #visual notation
- Optimal window size for visual tracking for uniform CCDs (MV), pp. 786–790.