In contrast, if only binocular motion detection were involved, motion information would be equivocal (much like in the binocular condition) and subjects would either see no interpolated stimuli at all or follow any spuriously dominant motion direction and perceive two arrowheads pointing in opposite directions.
In addition to this, using the 3D information, the motion detection in a robot industrial environment is achieved, and the fusion of information is applied to the foreground objects previously detected.
Kim et al. now reveal that cells called amacrine cells, which regulate the transfer of signals from the bipolar cells to ganglion cells, supply the information needed for motion detection.
However, the pyroelectric infrared (PIR) sensor, due to its inherent capability in motion detection, has the ability of directly acquiring the motion information [20 28].
We present an algorithm for tracking objects using our motion information to demonstrate the potential of this motion detection algorithm.
Successful detection of motion helps to reduce the information redundancy in all of these applications and thus motion detection has become an active research issue.
In the proposed algorithm, no prior information about foreground and background is required and the motion detection is performed in an adaptive scheme.
For combining the results of Lanczos interpolation and spatio-temporal interpolation, the reliability terms of temporal information are used as weighting factors based on both motion detection and feathering artifacts.
Recent research involving modelling potential motion detection mechanisms in vision showed that the stripes on zebra create erroneous information about direction of movement, much more so than unpatterned horses [ 16].
In the case of embedded video surveillance with a major concern on autonomy, such a physical motion detection implementation is a particularly interesting task to investigate since it allows extracting relevant information from a scene prior to broadcasting.
