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The multiple-object tracking(MOT)paradigm has been widely used as a tool for studying attention and visual cognition.Although typical MOT tasks have employed identical objects as tacking stimuli,people usually track unique objects in real-world situations,like basketball point guard being aware of where every teammate and opponent is.Then,how do unique objects affect multiple-object tracking?Recent research has catalogued seemingly contradictory findings,varying from enhanced to impaired tracking performance.
The multiple-object tracking (MOT) paradigm has been widely used as a tool for studying attention and visual cognition. Yet typical MOT tasks have employed identical objects as tacking stimuli, people usually track unique objects in real-world situations, like basketball point guard being aware of where every teammate and opponent is.Then, how do unique objects affect multiple-object tracking? Recent research has catalogued seemingly contradictory findings, varying from enhanced to impaired tracking performance.