Habituation
Decreased response to repeated stimulus; Becoming used to a stimulus
Dishabituation
Recovery of response after a change in stimulus; occur when a second stimulus intervenes (Causing a resensitization to the original stimulus)
Associative Learning
Pairing two stimuli or a behavior with a response
Classical Conditioning
A neutral stimulus becomes associated with a biologically meaningful stimulus, leading to a learned response
Operant Conditioning
Behavior is changed through the use of consequences
Reinforcement
Increases the likelihood of a behavior
Punishment
Decreases the likelihood of a behavior
Schedule of reinforcement
Defines how often reinforcement is delivered; fixed ratio, Variable ratio, Fixed interval, Variable interval
Observational learning
Learning by watching others
Encoding
Process of putting new information into memory ; It can be automatic or effortful (Controlled) ; Semantic encoding is stronger than both acoustic and visual encoding
Sensory memory
Short-term memory
20-30 seconds (7 to 2 items)
Sensory + Short Term memory
Based on neurotransmitter activity
Working memory
Actively manipulating info (Requires hippocampus, frontal and parietal lobes)
Long term memory
Requires elaborative rehearsal and is the result of increased neuronal connectivity
How are facts stored ?
Via Semantic Networks
Recognition of info is stronger than recall true or false ?
True
Retrieval
Often based on priming interconnected nodes of the semantic network
How can memories be lost ?
Disorders such as Alzheimer’s disease, Korsakoff’s syndrome, or agnosia, decay, or interference
Long-term potentiation
Responsible for the conversion of short-term to long-term memory, is the strengthening of neuronal connections resulting from increased neurotransmitter release and adding of receptor sites