Kholodar-Smith, D.B., Allen, T.A. & Brown, T.H. Fear conditioning to discontinuous auditory cues requires perirhinal cortical function.
Our brains are wired to take in multiple cues simultaneously, synthesize information and quickly output a thought.
Radial migration is an enormously complex process requiring timely progenitor differentiation, dramatic morphological change, intricate mechanisms for cell and nuclear movements, and dynamic sensing of multiple cues that start and stop the process.
As memory changes, older adults rely on multiple cues, and perceive reliance on multiple cues to be helpful.
In [7], multiple cues including color, luminance, and texture are applied to detect moving shadows.
We show that integration of multiple cues is helpful in designing an effective object detection system.
The work in [36] also investigates the reuse of downlink radio resource between multiple D2D links and multiple CUEs.
Such continuous integration of multiple cues from the environment may be limited by the problem of processing contradictory cues.
Following training, human form cues, general contextual cues and multiple cues all provided greater benefit than colour cues, all ps < 0.05.
Planned comparisons indicated that, prior to training, human form cues provided greater benefit relative to verbal cues and multiple cues provided greater benefit than verbal cues, general contextual cues and colour cues, all ps < 0.05.
