Pop Out Conjunctive Search
1. What is the “pop out” effect? How is this related to visual perception?
The “pop out “effect in this experiment related with our focus while doing the trials in visual search. Basically meaning “pop out “was something that will come or go quickly, suddenly or unexpectedly. In this case, pop out will appear to display a target items so that participant will quickly responds. The searches are divide into two types, one that required attention and other are not. Pop out help the participant to respond quickly even distraction is present .In other type of display , participants should put more focus while doing the trials because the pop out does not come out .Thus the participants need to focus and give attention to the target items as the …show more content…
While in conjunctive search pop out is absent , participant need to focus and give more attention to find the target items with the increased in number of distraction .As the number of distraction is increased , more time needed to find the target .Thus the result of reaction time show that conjunctive search is slower than features search . In feature search , present of pop out helps the participant to respond quickly as the target item appears very obviously compared how the target appear in conjunctive search .The more number of distraction come up the slower the reaction time will result . In these case, the reaction time for conjunctive search must be slower than the feature search as it (conjunctive search) required focus and attention with addition of complex distractions that will disturb the participant’s focus while doing the trials. As the “pop out” effect is absent result the reaction time to become slower in conjunctive search rather than in feature search. During the trials when the pop out is absent (no green circle appears ) means the reaction time become slower because the participant need to focus to the target and ensured the target was really absent before respond to the stimuli . Referring to our results showed that conjunctive search have slower reaction time rather than in feature
The “pop out “effect in this experiment related with our focus while doing the trials in visual search. Basically meaning “pop out “was something that will come or go quickly, suddenly or unexpectedly. In this case, pop out will appear to display a target items so that participant will quickly responds. The searches are divide into two types, one that required attention and other are not. Pop out help the participant to respond quickly even distraction is present .In other type of display , participants should put more focus while doing the trials because the pop out does not come out .Thus the participants need to focus and give attention to the target items as the …show more content…
While in conjunctive search pop out is absent , participant need to focus and give more attention to find the target items with the increased in number of distraction .As the number of distraction is increased , more time needed to find the target .Thus the result of reaction time show that conjunctive search is slower than features search . In feature search , present of pop out helps the participant to respond quickly as the target item appears very obviously compared how the target appear in conjunctive search .The more number of distraction come up the slower the reaction time will result . In these case, the reaction time for conjunctive search must be slower than the feature search as it (conjunctive search) required focus and attention with addition of complex distractions that will disturb the participant’s focus while doing the trials. As the “pop out” effect is absent result the reaction time to become slower in conjunctive search rather than in feature search. During the trials when the pop out is absent (no green circle appears ) means the reaction time become slower because the participant need to focus to the target and ensured the target was really absent before respond to the stimuli . Referring to our results showed that conjunctive search have slower reaction time rather than in feature