chap 9 Flashcards
Memory
The information-process model portrays the mind as containing three types of __—_, _ (or _) memory, and _
memory stores;
sensory memory;
short-term;
working;
long-term memory.
In addition to the stores, the model specifies a set of control processes, including _, _, _, and _, which govern the processing of information within stores and the movement of information from one store to another.
attention
rehearsal
encoding
retrieval
some trace of sensory input stays in your information-processing system for a brief period—less than 1 second for sights and up to several seconds for sounds —even when you are not paying attention to the input. This trace and the ability to hold it are called _.
sensory memory.
The function of the sensory memory:
to hold on to sensory information, in its original sensory form, long enough for it to be analyzed by unconscious mental processes and for a decision to be made about whether or not to bring that information into the short-term store.
information can enter the short- term store from both the sensory-memory store and the long-term-memory store. In this sense, the short-term store is analogous to the _.
central processing unit of a computer
We are not conscious of the items of information in our long-term store except when _
they have been activated and moved into the short-term store.
_, in this context, is the process that controls the flow of information from the sensory store into the short-term store. Because the capacity of sensory memory is large and that of the short-term store is small, _ must restrict the flow of information from the first into the second.
Attention
_ is the process that controls movement from the short-term store into the long-term store.
Encoding
_ is the process that controls the flow of information from the long-term store into the short-term store.
Retrieval
At one extreme are _, which require the use of mental resources for their successful completion; at the other extreme are _, which require little or none of the short-term store’s limited capacity.
effortful processes
automatic processes
_ typically place one way of thinking on the _ end of the information- processing continuum, with processing being _, _, and _. The second way of thinking is placed on the _ side of this continuum, with processing being _, _, and _.
dual-processing theories;
automatic
fast
automatic
unconscious
effortful
slow
effortful
conscious
In many cases, when presented with a problem, you cannot shut off the “fast” system, even if it may interfere with your arriving at the correct solution to a problem via the “slow” system. This is illustrated in the _, named after _ (1935), the first to describe it.
Stroop interference effect
J. Ridley Stroop
all information that is picked up by the senses enters briefly into sensory memory and is analyzed to determine its relevance to the ongoing task and its potential significance for the person’s survival or well-being. That analysis occurs at an unconscious level and is called _.
preattentive processing
Selective Listening
The pioneering research on attention, beginning in the 1940s and 1950s, centered on the so-called _, the ability to pick up important information (e.g., someone saying your name) while focusing on other information (e.g., a conversation with someone at a noisy cocktail party).
cocktail-party phenomenon
what depicts the experiences of the gorilla or the shapes colour overlap?
inattentional blindness
Auditory sensory memory is also called _, and the brief memory trace for a specific sound is called the _.
echoic memory
echo
Visual sensory memory is also called _, and the brief memory trace for a specific visual stimulus is called the _.
iconic memory
icon
sensory input can alter behavior, and even conscious thought, without itself becoming conscious. One means by which it can do this is called _.
priming
Priming is the _
activation, by sensory input, of information that is already stored in long-term memory.
Apparently, the unconscious, preattentive analysis of stimuli for meaning involves many of the same brain mechanisms _.
that we use to analyze consciously perceived stimuli
Neural mechanisms in the _ are responsible for the control of attention.
anterior (forward) portions of the cortex
Many studies have shown that areas in the _ and in _ become active when shifts in attention occur
frontal lobe.
anterior portions of the temporal and parietal lobes.
Other studies have shown that the _) is especially active during tasks, such as the Stroop task, that require intense concentration on relevant stimuli and screening out of irrelevant stimuli
prefrontal cortex (the most anterior portion of the frontal lobe
Lesions in the _, the _, and the _ in one hemisphere can result in _, with individuals being unable to “see” things in the contralateral visual field
parietal lobe
frontal lobe
anterior cingulate cortex
spatial neglect