Javascript must be enabled to continue!
Effect of Target Detection on Recognition
View through CrossRef
Abstract
To explore whether the effect of target detection on memory retrieval is associated with confounding factors and the internal cognitive mechanism and determine whether this difference originates from target detection or distraction inhibition, we conducted three experiments. In Experiment 1, we used target and distractor stimuli with meaningless stimuli and added the full attention (FA) condition as a baseline to compare with the distraction condition. The results showed that the correct identification of old words was significantly higher in target than in distractor trials. By contrast, the correct rejection rate of new words was significantly lower in target than in distractor trials. The correct identification rate of old words in distractor trials was significantly lower than the FA condition, as was the correct rejection rate of new words in target trials. In Experiment 2, the ratio of new to old words in the recognition task was adjusted to 1:1 to eliminate any reaction tendency related to the high ratio of old words. Finally, in Experiment 3, the word presentation time was extended to 1,500 ms or 3,000 ms (depending on the condition) to eliminate the risk of rapid processing in Experiment 1. In both cases, the results from Experiment 1 were replicated. This replication shows that the influence of target detection on recognition comes from both target detection and distraction rejection. Target detection influence on recognition may be due to yoking between the dual tasks.
Title: Effect of Target Detection on Recognition
Description:
Abstract
To explore whether the effect of target detection on memory retrieval is associated with confounding factors and the internal cognitive mechanism and determine whether this difference originates from target detection or distraction inhibition, we conducted three experiments.
In Experiment 1, we used target and distractor stimuli with meaningless stimuli and added the full attention (FA) condition as a baseline to compare with the distraction condition.
The results showed that the correct identification of old words was significantly higher in target than in distractor trials.
By contrast, the correct rejection rate of new words was significantly lower in target than in distractor trials.
The correct identification rate of old words in distractor trials was significantly lower than the FA condition, as was the correct rejection rate of new words in target trials.
In Experiment 2, the ratio of new to old words in the recognition task was adjusted to 1:1 to eliminate any reaction tendency related to the high ratio of old words.
Finally, in Experiment 3, the word presentation time was extended to 1,500 ms or 3,000 ms (depending on the condition) to eliminate the risk of rapid processing in Experiment 1.
In both cases, the results from Experiment 1 were replicated.
This replication shows that the influence of target detection on recognition comes from both target detection and distraction rejection.
Target detection influence on recognition may be due to yoking between the dual tasks.
Related Results
Depth-aware salient object segmentation
Depth-aware salient object segmentation
Object segmentation is an important task which is widely employed in many computer vision applications such as object detection, tracking, recognition, and ret...
Identifying Links Between Latent Memory and Speech Recognition Factors
Identifying Links Between Latent Memory and Speech Recognition Factors
Objectives:
The link between memory ability and speech recognition accuracy is often examined by correlating summary measures of performance across various tasks, but i...
Target motion detection algorithm based on dynamic threshold
Target motion detection algorithm based on dynamic threshold
Abstract
Realizing moving target detection through visual algorithms is a major branch of computer technology. Moving target detection has a wide range of applicatio...
Submarine Target Recognition Based on Gps Positioning System
Submarine Target Recognition Based on Gps Positioning System
Abstract
With the development of transportation and the rapid spread of travel tools, economic exchanges around the world have become more frequent. The Global Posit...
Flow-enhanced detection of biological pathogens using piezoelectric microcantilever arrays
Flow-enhanced detection of biological pathogens using piezoelectric microcantilever arrays
The piezoelectric microcantilever sensor (PEMS) is an all-electrical resonant oscillator biosensor system capable of in-situ and label-free detection. Immobilized receptors on the ...
Road object detection method based on improved YOLOv5 algorithm
Road object detection method based on improved YOLOv5 algorithm
Aiming at the existing network's poor recognition of distant targets in road traffic scenes, insufficient expression of target features, and inaccurate target positioning, a road t...
Ship Target Recognition Based on Context-Enhanced Trajectory
Ship Target Recognition Based on Context-Enhanced Trajectory
Ship target recognition based on trajectories has great potential in the field of target recognition. In the existing research, the context information is ignored, which limits the...
Pre-Stack Detailed Frequency Variation Study and Application in Complex Sandstone Reservoir Hydrocarbon Detection
Pre-Stack Detailed Frequency Variation Study and Application in Complex Sandstone Reservoir Hydrocarbon Detection
Bohai oilfield is an important offshore oil and gas producing area in China. The fluvial sandstone reservoir is an important production series, which accounts for about 45% in the ...


