[PDF][PDF] Real-Time Scale Invariant Object and Face Tracking using Gabor Wavelet Templates
A Mojaev, A Zell - scholar.archive.org
This paper describes a real-time technique for scale invariant object or face tracking with
standard PC hardware. The tracking method is based on a low redundancy (compressed)
object image representation. For image decomposition a fast non-iterative transform based
on the odd-symmetric gabor functions is used, which guarantees on the one hand a low
redundancy of the resulting representation and on the other hand an automatic detection of
the significant features in the image. Tracking control is realized by a scale factor …
standard PC hardware. The tracking method is based on a low redundancy (compressed)
object image representation. For image decomposition a fast non-iterative transform based
on the odd-symmetric gabor functions is used, which guarantees on the one hand a low
redundancy of the resulting representation and on the other hand an automatic detection of
the significant features in the image. Tracking control is realized by a scale factor …
Real-Time Scale Invariatnt Object and Face Tracking Using Gabor Wavelet Templates
A Mojaev, A Zell - Autonome Mobile Systeme 2003: 18. Fachgespräch …, 2003 - Springer
This paper describes a real-time technique for scale invariant object or face tracking with
standard PC hardware. The tracking method is based on a low redundancy (compressed)
object image represcntation. For image decomposition a fast non-iterative transform based
on the odd-symmetric gabor functions is used, which guarantees on the one hand a low
redundancy of the resulting representation and on the other hand an automatic detection of
the significant features in the image. Tracking control is realized by a scale factor …
standard PC hardware. The tracking method is based on a low redundancy (compressed)
object image represcntation. For image decomposition a fast non-iterative transform based
on the odd-symmetric gabor functions is used, which guarantees on the one hand a low
redundancy of the resulting representation and on the other hand an automatic detection of
the significant features in the image. Tracking control is realized by a scale factor …
Showing the best results for this search. See all results