A theory of memory retrieval Export

@article{citeulike:5860158, abstract = {Develops a theory of memory retrieval and shows that it applies over a range of experimental paradigms. Access to memory traces is viewed in terms of a resonance metaphor. The probe item evokes the search set on the basis of probe–memory item relatedness, just as a ringing tuning fork evokes sympathetic vibrations in other tuning forks. Evidence is accumulated in parallel from each probe–memory item comparison, and each comparison is modeled by a continuous random walk process. In item recognition, the decision process is self-terminating on matching comparisons and exhaustive on nonmatching comparisons. The mathematical model produces predictions about accuracy, mean reaction time, error latency, and reaction time distributions that are in good accord with data from 2 experiments conducted with 6 undergraduates. The theory is applied to 4 item recognition paradigms (Sternberg, prememorized list, study–test, and continuous) and to speed–accuracy paradigms; results are found to provide a basis for comparison of these paradigms. It is noted that neural network models can be interfaced to the retrieval theory with little difficulty and that semantic memory models may benefit from such a retrieval scheme.}, author = {Ratcliff, R.}, citeulike-article-id = {5860158}, citeulike-linkout-0 = {http://psycnet.apa.org/journals/rev/85/2/59/}, journal = {Psychological Review}, keywords = {memory, review}, month = {March}, number = {2}, pages = {59--108}, posted-at = {2009-09-30 16:03:31}, priority = {2}, title = {A theory of memory retrieval}, url = {http://psycnet.apa.org/journals/rev/85/2/59/}, volume = {85}, year = {1978} }

TY - JOUR ID - citeulike:5860158 L3 - citeulike-article-id:5860158 N2 - Develops a theory of memory retrieval and shows that it applies over a range of experimental paradigms. Access to memory traces is viewed in terms of a resonance metaphor. The probe item evokes the search set on the basis of probe–memory item relatedness, just as a ringing tuning fork evokes sympathetic vibrations in other tuning forks. Evidence is accumulated in parallel from each probe–memory item comparison, and each comparison is modeled by a continuous random walk process. In item recognition, the decision process is self-terminating on matching comparisons and exhaustive on nonmatching comparisons. The mathematical model produces predictions about accuracy, mean reaction time, error latency, and reaction time distributions that are in good accord with data from 2 experiments conducted with 6 undergraduates. The theory is applied to 4 item recognition paradigms (Sternberg, prememorized list, study–test, and continuous) and to speed–accuracy paradigms; results are found to provide a basis for comparison of these paradigms. It is noted that neural network models can be interfaced to the retrieval theory with little difficulty and that semantic memory models may benefit from such a retrieval scheme. IS - 2 JF - Psychological Review EP - 108 TI - A theory of memory retrieval VL - 85 SP - 59 KW - memory KW - review AU - Ratcliff, R PY - 1978/03// UR - http://psycnet.apa.org/journals/rev/85/2/59/ ER -