1anything that an animal SENSES like the color of a berry
stimulus
2an animals behavior or action upon EXPERIENCING a stimulus
response
3TYPE OF LEARNING where animal makes connections between stimuli or stimuli and responses IN ENVIRONMENT. EX CLASSICAL CONDITIONING
Associative learning
4idea that the rules that govern associative learning are the SAME OR SIMILAR across different species of animals
general process approach
5changes with experience that do NOT require making connections between STIMULI AND RESPONSES
non-associative learning
6a DECLINE in response to a stimulus that is NOT THREATENING or NEEDED for survival
habituation
7an INCREASE in response to a stimulus after exposure, mainly happens when stimulus is painful like a loud persistent noise
sensitization
8type of associative learning by ivan pavlov where an animal makes a connections between TWO stimuli that are PAIRED TOGETHER in time
classical conditioning
9in classical conditioning, its a stimulus that NATURALLY produces a response WITHOUT LEARNING. EX: FOOD
unconditioned stimulus (US)
10in classical conditioning, is a NATURAL RESPONSE to an UNCONDITIONED stimulus, EX: salivating to food
unconditioned response (UR)
11in classical conditioning, animal CHANGES its RESPONSE to this with TRAINING. EX: a BELL that has been paired with food which will produce salivation
conditioned stimulus (CS)
12in classical conditioning, its the RESPONSE to the CS after pairing CS with the US, such as salivating to a bell. its a measure of LEARING
Conditioned response (CR)
13
process of learning over SEVERAL trials of pairing CS and a US.
acquisition
14connections made between CS AND US during ACQUISITION
excitatory associations
15when CS predicts the ABSENCE of US.
inhibitory association
16when CS is NO LONGER presented with US after acquisition. CR DECLINES in this
extinction
17INCREASE OF CR during extinction because of a DISTRACTION. proves that excitatory strength is NOT lost in extinction
disinhibition
18CS INCREASES if one waits some time after EXTINCTION. proves that excitatory associative strength is not lost in extinction.
spontaneous recovery
19if CS AND US are paired AGAIN after EXTINCTION, CR INCREASES much FASTER than normal. proves that excitatory associative strength is not lost in extinction
rapid reacquisition
20the finding that animals will respond to stimuli that are SIMILAR to original CS.
generalization
21the degree which an animal sees two stimuli as DIFFERENT and will show a DECLINE in a conditioned response
discrimination
22type of associative learning originally studied by edward thorndike, where OUTCOME stimulus is DEPENDENT on target behavior
instrumental conditioning
23the way B.F. skinner describes instrumental conditioning, where outcome stimulus is dependent on target behavior. often talked about with SCEDULES OF REWARD.
operant conditioning
24his approach was to focus on what could be clearly observed, which was the actual behavior of the animal
B.F. Skinner
25animal must wait a FIXED AMOUNT of time since its last rewarded behavior before it can recieve another award for behavior
fixed interval (FI)
26aniaml must wait a VARIABLE AMOUNT of time after its last rewarded behavior before it can get a reward for behavior again
variable interval (VI)
27animal must RESPOND a FIXED number of times before getting a reward. it also shows a post-reinforcement pause
fixed ratio (FR)
28animal must RESPOND a VARIABLE NUMBER of times before recieving a reward. these scedules maintain a HIGH level of responding.
variable ratio (VR)
29designed to INCREASE wanted behavior using appetitive reinforcement
reward( POSITIVE reinforcement)
30designed to make target responses DECREASE.
punishment( POSITIVE punishment)
31negative PUNISHMENT, outcome is appetitive, and target behavior DECREASES.
omission
32negative REINFORCEMENT, outcome is aversive and target behavior INCREASES
avoidance