Memory Scanning: New Findings and Current Controversies

@article{Sternberg1975MemorySN,
  title={Memory Scanning: New Findings and Current Controversies},
  author={Saul Sternberg},
  journal={Quarterly Journal of Experimental Psychology},
  year={1975},
  volume={27},
  pages={1 - 32}
}
  • S. Sternberg
  • Published 1 February 1975
  • Psychology
  • Quarterly Journal of Experimental Psychology
Introduction : the reaction-time method in memory research. The item-recognition paradigm. Early findings and interpretations : the exhaustive-search model. Generalizations and extensions of paradigm and phenomenon. Findings that challenge the model or limit its scope, and what to do about them. Alternative models of the comparison process. 6. I Self-terminating search. 6.2 Trace-strength discrimination. 6.3 Parallel comparisons. New findings. 7.1 The translation effect. 7.2 Partial selectivity… 

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References

SHOWING 1-10 OF 84 REFERENCES

Reaction Time and Short-term Memory: Implications of Repetition Effects for the High-speed Exhaustive Scan Hypothesis *

Recognition memory for sub-span digit sequences was investigated using Stern-berg's varied-set RT technique and observed faster recognition of repeated items, which is predicted by Sternberg's highspeed exhaustive scanning hypothesis.

Test Stimulus Representation and Experimental Context Effects in Memory Scanning.

The 5s performed a memory-scanning task in which they indicated whether or not a given test stimulus (letter or picture) matched one of a previously memorized set of letters. The test stimuli

Retrieval of contextual information from memory

When Ss name the item that follows a test item in a short recently memorized list, their mean reaction-time increases linearly with list length, and the linearity and slope of the function imply that the test item is located in the Memorized list by an internal self-terminating scanning process.

High-Speed Scanning in Human Memory

and environments of the species; perhaps it would be most relevant for studying evolution of behavior. The second approach, however, enables systematic analysis of the influence of various

Memory scans based on alternative test stimulus representations

In a search task similar to that used by Sternberg (1966), Ss were presented with one of three alternative representations of a given stimulus and were required to state whether or not that stimulus

Organization and long-term memory search

  • D. Homa
  • Psychology
    Memory & cognition
  • 1973
Evidence was presented that categories recently probed may provide for a short-circuiting of the category search, and a theory of .high-speed scanning for categorized material was proposed in which a serial and exhaustive search of the categories is first undertaken.

Recognition time for information stored in long-term memory

Investigation of the effects of number of words in a target set and the nature of distractor words on the latency of both positive and negative recognition responses found response latency to be an increasing function of memory list length.

Recoding processes in recognition: Some effects of presentation rate

Character classification time was studied in a situation in which Ss sometimes had to decide whether a probe item was a translation of a remembered item according to a previously learned translation scheme, contradicting Cruse and Clifton's (1973) hypothesis that Ss translated all remembered items into the form of the probe after the probe was presented.

Parallel processing in item recognition

The results suggest that Ss are able to scan memory for form in parallel with testing for gross stimulus features, like size or color, which has important implications for sequential two-stage theories of attention.
...