One of the most effective ways to increase a participant’s performance
in paired associate task (e.g., study OVEN-APPLE, test OVEN-?) is to tell them
to “form a mental image with both of the words interacting together”. This
strategy, known as interactive imagery, requires no previous training. A simple
instruction results in participants who are significantly better at recalling
word pairs. Interactive imagery is just one of many strategies that instruct
the use of mental imagery (e.g., method of loci, memory palace). There is also
evidence that visuospatial ability predicts the effective use of the method of
loci, which suggests that individuals with high mental imagery ability benefit
the most from imagery-based memory strategies. I will present data that shows a
different pattern for interactive imagery, challenging mental imagery as the
sole factor in strategy mediated effects. I will also talk about the
implications of interactive imagery for mathematical models of memory. It is
well known that motivation, cognitive ability and memory strategies have an
effect on memory performance. However these factors are not explicitly
accounted for in the development of mathematical models. This leads to a larger
question, are the behavioural patterns that we rely on to evaluate our models
robust across a variety of conditions that are known to affect memory
behaviour? I compare behavioural measures between participants asked to use
interactive imagery and controls to see if we can answer this question.
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Upcoming Talk:
Jeremy Thomas
Departments of Psychology
University of Alberta
Nov 22nd
20193:00-4:00 pm
BS-P 319N
The Nature of Interactive Imagery as a Strategy for Association Memory
and its Implications for Mathematical Modelling