Midterm 2: PSY 263 Flashcards
adaptive memory
memory sets to help retain survival and fitness information
anterograde amnesia
cant transfer new information from short to long-term store
alertness and arousal (input attention)
being prepared to attend to incoming event and maintain attention
(right frontal/parietal cortexes and brain stem, associated with NE)
articulatory suppression
poorer memory for a set of words if they are asked to say something while trying to remember
attention
the mental energy needed for completing mental processes (limited in quantity)
attention capture
redirecting our attention to sudden stimuli (ex. slapping hand on desk randomly)
attentional blink
delay in a second response immediately after a decision
automaticity
doing a task without intention (doing without thinking)
ex. driving home (you just know the route)
baddeleys working memory model
4 components explaining working memory
involves; central executive, phonological loop, visuo-sketchpad and episodic buffer
bottleneck information processing
a bunch of information coming in that needs to be cut down into one lane; filtering happens so we perceive the important information
central executive
- plans future actions
- initiates retrieval/decision processes
- integrates incoming information
chunk
chunking items into groups (repackaging info)
ex. credit card numbers chunked in groups of four
conjunction search
looking for a combination of features together
(ex. looking for a RED x in an area of BLUE x’s and RED t’s)
controlled attention
choosing where to focus your attention and what to filter out
context-dependent learning
recall is stronger when a subject is present in the same environment it was learned
decay
losing information due to fading
(ex. a childhood memory)
explicit memory (declarative)
facts/events
(ex. knowing a dog is an animal)
default mode network
brain areas that show increased activity when NOT focused on what happening around them
distributed practice
studying in small, shorter portions
divided attention
simutaneously performing multiple tasks (attention is compromised)
dual coding
using different types of stimuli to encode information more effectively (visual & verbal)
(ex. creating history timelines to remember important dates)
dual task method
two tasks performed at once so one task attempts to completely capture attention
early selection
filtering based on early phases of perception (loudness or location)
eleaborative rehearsal
uses the meaning of the information to store and remember it (complex rehearsal)
encoding specificity
improved memory retrieval when encoding context is the same as retrieval context
episodic buffer
backup ‘store’ that communicates with long term and working memory
explicit processing
conscious processing; awareness that a task is being performed and the outcome
faciliation of return
returning to a previously fixated location
feature search
searching for a single feature
filtering
ignoring distractions