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Summary of Chapter 5: Memory Models and Research Methods

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Summary of points in Cognitive Psychology Sternberg 7th Edition, specifically Chapter 5: Memory Models and Research Methods.

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Chapter 5: memory models and research methods
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May 25, 2025
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Procedural Must remember Show what you
MEMORY: MODELS AND RESEARCH memory learned skills and already remember
METHODS (Tasks involving automatic about a particular
procedural behaviors. action (e.g. riding a
knowledge) bicycle).
Memory
-​ The means by which we retain and draw on -​ Measure relearning: The number of trials it
information from our past experiences to use in takes to learn once again items that were
the present. learned in the past.
-​ Encoding: Processes used to store information -​ Recognition vs. Recall
-​ Receptive knowledge (Recognition):
in memory.
The ability to recognize or understand
-​ Storage: Processes used to maintain
information when it is presented to you.
information in memory.
-​ Expressive knowledge (Recall): The
-​ Retrieval: Processes used to get information
ability to produce or recall information
back out of memory. without being prompted.
-​ We are better at recognizing
Task Used for Measuring Memory things than at producing what
-​ Recall vs. Recognition Tasks exactly we saw or heard.
-​ Recall: Produce an item from memory. -​ Recognition tasks: Circle all the words
(e.g. fill-in-the-blank) you previously studied. Indicate which
-​ Recognition: Select or identify an item pictures you saw yesterday. Participants
as being one that you have been select from a list of items they have
exposed to previously. (e.g. multiple previously seen.
choices)
Implicit versus Explicit Memory Tasks
Memory Tasks Description and Example -​ Explicit memory:
Requirement -​ Participants engage in conscious
recollection (e.g. recall or recognize
Explicit-memory Must consciously Who wrote words).
tasks recall specific Hamlet?
information
-​ Participants know they are trying to
retrieve information from memory
Declarative- Must recall facts What is your first -​ Changes over the life span
knowledge tasks name? -​ Implicit memory:
-​ Use information from memory but are
Recall tasks Produce an item Fill-in-the-blanks unconsciously aware of it.
from memory -​ The completion of the task indirectly
indicates memory
Serial-recall task Must repeat the If 2-8-7-1 is shown,
-​ Does not show the same changes
items in order in it should be
which they are repeated as compared to explicit memory
heard or read. 2-8-7-1. -​ Priming: Ability to utilize missing
information, performed better when the
Free-recall task Must repeat the If 2-8-7-1 is shown, word is recently presented.
items in a list in it can be repeated -​ Procedural memory (memory for processes):
any order. as 8-2-1-7 as long Remember learned skills and automatic
as it is complete.
behaviors.
Cued-recall task Must memorize a Given the following -​ Methods to assess procedural
“paired- list of paired list of pairs: memory
associates” items, if given an “time-city, -​ Rotary-pursuit task: Keep stylus
item in the pair, mist-home, on a dot on a rotating disk
you must recall the switch-paper”. If -​ Mirror-tracing task: Watch
mate for that item. given the stimulus
mirror image to trace a figure.
“switch”, it is
expected to say
“paper” and so on.

Recognition Must select or Multiple choice
tasks identify an item
that is previously
learned.

Implicit-memory Must draw on Word-completion
tasks information in tasks. If given
memory without _e_or_, it is
consciously expected to fill the
realizing it. letters missing mmy.

, Two Contrasting Models of Memory
-​ Represent ways that memory has been
conceptualized.
-​ Primary memory (James, 1890): Holds
temporary information currently in use.
-​ Secondary memory (Waugh & Norman, 1965)
Holds information permanently or at least for a
very long time.

Atkinson and Shiffrin’s Multistore Model
-​ Sensory store: Store relatively limited amounts
of information for very brief periods.
-​ Short-term store: Store information for
somewhat longer periods but relatively -​ Subsequent Refinement of Sperling’s Work
limited capacity as well. -​ Avergach & Coriell (1961)
-​ Long-term store: Store information for very -​ Revealed that iconic memory
long periods, capable of large capacity. can be erased
-​ Makes out visual sensations
more sensible
-​ Recall was higher in the
Averbach-Coriell procedure than in the
Sperling procedure because of lesser
output interference: Subjects had to
recall just one letter.


-​ Hypothetical constructs: Concepts that are
not themselves directly measurable or
observable.

Sensory Store (Iconic Store)
-​ The initial repository of much information that
eventually enters the shorthand long-term
stores.
-​ Iconic store: Discrete visual sensory register
that holds information for very short periods.
Icons usually resemble whatever is being
represented.
-​ Sperling’s Discovery
-​ Whole report procedure
-​ Flash a matrix of letters for 50
milliseconds
-​ Identify as many letters as
possible
-​ Summary: When we see something, it first goes
-​ Participants typically remember
into a short-term visual memory called the
4 letters
iconic store. This memory only lasts a moment.
-​ Partial report procedure
If nothing interrupts it, the information can move
-​ Flash a matrix of letters for 50
into longer memory. But if something new
milliseconds
appears too soon, it can erase the old image.
-​ Participants are told to report
The same thing happens with sounds in a
bottom row
short-term echoic memory.
-​ Participants were able to report
any row requested
-​ As soon as you see the information, Short-Term Store
write down everything you can -​ Holds memories for a few seconds and
remember in its proper location occasionally up to a couple of minutes.
-​ Findings: Information fades rapidly -​ Attention: Attend to information in the sensory
from iconic storage. store
-​ We rarely are subjected to -​ Rehearsal: Repeat the information to keep
stimuli such as the ones in his maintained
experiment. -​ Retrieval: Access memory in LTM and place in
-​ We are unable to distinguish STM
what we see in iconic memory -​ Chunking (Miller, 1956)
from what we actually see in the -​ Organize input into larger units “chunks”
environment.
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