Figure 8.1 Serial position curves for all presentation schedules in both conditions in Experiment 1. (p.141) schedule, F(2, 44) = 3.66, MSe = 0.01,p ‹ 0.05; and serial position, F(6, 132) = 132.87, MSe =…
(p.172) For the end positions, a slightly different equation is used, which takes into account the limit that perturbation can occur in only one direction. For position 1, 2 and for…
Figure 16.1 Example problems (8 bars). Graphs were presented in blue and yellow, represented here by black and gray, respectively. (a) 2 × 2-way. Answers: smaller, greater. (b) Three-way. Answer: smaller….
Figure 19.1 fMRI correlates of attention-based rehearsal of locations in working memory. The data illustrated here correspond to a delayed-location discrimination task in which subjects, while fixating centrally, judged whether a…
Figure 17.1 (a) Reaction time across memory-load conditions for younger subjects (squares) and older subjects (diamonds). (b) Accuracy rate across memory-load conditions for younger subjects (squares) and older subjects (diamonds). (p.289) were…
Figure 18.1 Illustration of implementation of the mixed blocked/event-related fMRI design. exhibit sustained activation changes throughout an entire task. Item-related processes on the other hand implicate the cognitive operations that are…
Next, we calculated an overall measure of the percentage single task to combined task change by taking the median of the percentage change scores across the two tasks. The median…
Figure 21.1 FMRI activation patterns during working memory for fractal-like patterns (‘WHAT’), the locations of those patterns (‘WHERE’), or both the patterns and their locations (‘BOTH’). There is a dorsal/ventral spatial/nonspatial…
Figure 14.1 Diagram of screenshots depicting the order and timing of events in a computerized Corsi blocks procedure. The example shown depicts a two-location trial. Events run in the direction of…
Figure 13.1 A process-based model for explaining working memory processes in the dorsolateral prefrontal cortex. Based on these findings, we proposed a process-based model to understand how working memory is performed…
