Cognitive Psychology Test 1
Cards
Donders
Subtractive Method
Weber/Fechner
psychophysics, just noticable difference
Ebbinghaus
Study of memory
Wundt
1st psychology lab, studied introspection
Classical Conditioning
Skinner, pairs stimulus with unrelated response
Operant Conditioning
Pavlov, stimulus and responses learned
Sperling
studied how much you can see in a short visual display, found it only lasted 1/2 second
Sternberg
studied how fast you can access short term memory, created linear line.... as memory set increases, RT increases
Atkinson-Shiffron Theory
3 stages, sensory memory 1/2 secon, short term memory 15-30 seconds, and long term memory minutes to lifetime
Hubble and Wiesel
won Nobel prize for studying the Limulus and mapping the visual pathway..... eyes toward the nose are contralateral, eyes toward the parietal are ipsilateral
Lateral Inhibition
Responsible for edge detection
EEG
studies the brain via electrical activity by placing sensors on the head
ERP
Event Related Potentials, shows the response in brain directly related to a thought or perception
PET, MRI, fMRI
scans that deal with the metabolic activity in the brain
Phineas Gage
had the tamping rod in his brain
Brocas Area
Motor control of speech area in the brain
Parietal Damage
spatial processing, attention, and neglect
Wernick's Aphasia
temporal damage, effects word recognition
Scotomas
damage to the occipital lobe, holes in the area of vision
Sensation
is automatic and bottom-up processing
Perception
Controlled and Top-Down Processing
Hubel and Wiesel (not limulus)
single cell recording feature analysis, and template matching
Feature Analysis
breaks everything down into fundamental shapes
Template Matching
holistic image is formed in the brain
Selfridge and Neisser
pandemonium theory: mind has pattern recognition, demons in the mind shout till the decision maker decides
Gestalt Rules of Organization
the operation of the brain is holistic, visual system groups and recognizes patters
Marr's Components of a theory
1) Summary of behavior
2) Representation of the underlying processes of behavior
3) Working model, usually using AI
Biederman's Recognition by Components
need fundamental components for recognizing an object, will recognize the object quicker if shown at the same angle
Ungeleider and Mishkin
Ablotion studies (cut up brains)
discover that the temporal lobe is the WHAT, and the parietal lobe is the WHERE
3 stages of recognition
1) Encoding
2) Comparison
3) Decision
Encoding takes the longest

