A neural model for the integration of stereopsis and motion parallax in structure from motion
JM Fernandez, B Farell - Neurocomputing, 2008 - Elsevier
We introduce a model for the computation of structure from motion based on the physiology
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
[HTML][HTML] A neural model for the integration of stereopsis and motion parallax in structure-from-motion
JM Fernandez, B Farell - Neurocomputing, 2008 - ncbi.nlm.nih.gov
We introduce a model for the computation of structure-from-motion based on the physiology
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
A neural model for the integration of stereopsis and motion parallax in structure from motion
JM Fernandez, B Farell - Neurocomputing, 2008 - infona.pl
We introduce a model for the computation of structure from motion based on the physiology
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
A neural model for the integration of stereopsis and motion parallax in structure-from-motion
JM Fernandez, B Farell - Neurocomputing, 2008 - pubmed.ncbi.nlm.nih.gov
We introduce a model for the computation of structure-from-motion based on the physiology
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
A neural model for the integration of stereopsis and motion parallax in structure-from-motion.
JM Fernandez, B Farell - Neurocomputing, 2008 - europepmc.org
We introduce a model for the computation of structure-from-motion based on the physiology
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
A neural model for the integration of stereopsis and motion parallax in structure from motion
JM Fernandez, B Farell - Neurocomputing, 2008 - dl.acm.org
We introduce a model for the computation of structure from motion based on the physiology
of visual cortical areas MT and MST. The model assumes that the perception of depth from …
of visual cortical areas MT and MST. The model assumes that the perception of depth from …