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Efficient Head Pose Estimation with Gabor Wavelet Networks (2000)  (Make Corrections)  (2 citations)
Volker Krüger, Sven Bruns, Gerald Sommer



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Abstract: In this article we want to introduce first the Gabor wavelet network as a model based approach for an effective and efficient object representation. The Gabor wavelet network has several advantages such as invariance to some degree with respect to translation, rotation and dilation. Furthermore, the use of Gabor filters ensured that geometrical and textural object features are encoded. The feasibility of the Gabor filters as a model for local object features ensures a considerable data... (Update)

Context of citations to this paper:   More

...but also precise. A variety of tracking approaches already exists [6, 2, 1] In this work, we will use Gabor Wavelet Networks (GWNs) [4, 5] in order to represent the face to be tracked. It is worth saying that we have already discussed a GWN based realtime tracking method in...

...and twenty tracked feature points. However, the estimation accuracy was found to degrade as the rotation angle increased. Kruger et al. [20] used computationally intensive elastic graph matching to locate and estimate the pose of faces. The graphs consisted of connected nodes of...

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Robust 3D Head Pose Classification Using Wavelets - Motwani (2003)   (Correct)
Efficient Real-Time Face Tracking in Wavelet Subspace - Feris, Cesar, Jr., Krueger (2001)   (Correct)

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BibTeX entry:   (Update)

V. Kr uger, S. Bruns, and G. Sommer. Efficient head pose estimation with gabor wavelet networks. In Proc. British Machine Vision Conference, Bristol, UK, Sept. 12-14, 2000. http://citeseer.ist.psu.edu/article/uger00efficient.html   More

@misc{ uger00efficient,
  author = "V. uger and S. Bruns and G. Sommer",
  title = "Efficient head pose estimation with gabor wavelet networks",
  text = "V. Kr uger, S. Bruns, and G. Sommer. Efficient head pose estimation with
    gabor wavelet networks. In Proc. British Machine Vision Conference, Bristol,
    UK, Sept. 12-14, 2000.",
  year = "2000",
  url = "citeseer.ist.psu.edu/article/uger00efficient.html" }
Citations (may not include all citations):
412   Journal of Cognitive Neuroscience (context) - Turk, Pentland et al. - 1991
329   Principal Component Analysis (context) - Jolliffe - 1986
218   Active appearance models - Cootes, Edwards et al. - 1998
174   Face recognition by elastic bunch graph matching - Wiskott, Fellous et al. - 1997
150   Probabilistic visual learning for object detection - Moghaddam, Pentland - 1997
123   time-frequency localization and signal analysis (context) - Daubechies, transform - 1990
65   Gaze tracking based on face-color - Schiele, Waibel - 1995
59   Wavelet networks (context) - Zhang, Benviste - 1992
56   Analyzing vision at the complexity level (context) - Tsotsos - 1990
46   Determining the gaze of faces in images - Gee, Cipolla - 1994
44   Image representation using 2D Gabor wavelets - Lee - 1996
33   Face recognition using active appearance models - Edwards, Cootes et al. - 1998
29   Incremental focus of attention for robust visual tracking - Toyama, Hager - 1996
25   Neuronale Netze (context) - Ritter, Martinez et al. - 1991
22   A unified approach to boundary perception: edges (context) - Manjunath, Chellappa - 1993
12   Detecting head pose from stereo image sequences for active f.. (context) - Xu, Akatsuka - 1998
9   Image based recognition of gaze direction using adaptive met.. - Varchmin, Rae et al. - 1997
8   head pose estimation without feature tracking (context) - Chen, Wu et al. - 1998
8   Gaze: An attentive processing strategy to detect and analyze.. - Herpers, Kattner et al. - 1995
8   Head-pose estimation from facial images with subspace neural.. (context) - Bruske, Abraham-Mumm et al. - 1998
7   Journal of Visual Communication and Image Representation (context) - Zabrodsky, Pelec - 1990
6   Affine real-time face tracking using gabor wavelet networks - Kruger, Sommer - 1999
5   Gabor wavelet networks for object representation (context) - Kruger, Sommer - 2000
5   Yale face database (context) - University
4   Intrinsic dimensionality extimation with optimally topology .. (context) - Bruske, Sommer - 1998
4   Analyse der blickrichtung des menschen und er kopforientieru.. (context) - Petraki - 1996

Documents on the same site (http://www.ks.informatik.uni-kiel.de/~vok/research/research.html):   More
Teleconferencing Using an Attentive Camera System - Krüger, Herpers, Daniilidis, .. (1999)   (Correct)
Attentive Face Detection and Recognition - Krüger, Mahlmeister, Sommer   (Correct)
Affine Real-Time Face Tracking using a Wavelet Network - Krüger, Happe, Sommer (1999)   (Correct)

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