Title: Learning in Multiple Memory Stores
1Learning in Multiple Memory Stores
- M Meeter
- m_at_meeter.nl
- Dept. Cognitive Psychology
- Vrije Universiteit Amsterdam
2A neuropsychologists memory (10 years ago)
neocortex semantic memory
hippocampal region episodic memory
cerrebellum classical conditioning
basal ganglia instrumental conditioning
3A neuropsychologists memory
neocortex semantic memory
hippocampus recollection parahippocampus familiari
ty
hippocampal region episodic memory
cerrebellum classical conditioning
basal ganglia instrumental conditioning
4A modelers memory
neocortex
hippocampus parahippocampus
hippocampal region episodic memory
cerrebellum
basal ganglia
5Hierarchy
Neocortex stimuli
Meeter, Myers Gluck (2005). Psych Rev
6Familiarity neurons
parahippocampus entorhinal perirhinal cortex
Xiang Brown (1998). Neuropharmacol
7Why memory?
8What memory is for
Cerebellum classical conditioning
Meeter, Myers Gluck (2005). Psych Rev
9Context change
huh ?
10Early in learning
Cerebellum eyeblink conditioning
Meeter et al. (2005). Psych Rev
11Early in learning
Cerebellum eyeblink conditioning
Meeter et al. (2005). Psych Rev
12Latent inhibition
13Latent inhibition
Hippocampus context stimulus
Cerebellum
Parahippocampus stimuli in context
Neocortex stimuli
14Acquired equivalence
15Acq. equiv. in humans
Correct!
16Stimuli fish faces
?
17The Fish task stages
Stage 1 shaping
Stage 2 equivalence training
Stage 3 new consequents
Stage 4 transfer test
18Acq. equiv. in humans
19Second task stages
Stage 1 shaping
Stage 4 transfer test
Stage 2 equivalence training
Stage 3 new consequents
20Effect on lures?
21Conclusions
- Why multiple memory stores?
- different kinds of representations
- localist vs. global
- How do we see that?
- performance on associative learning tasks
- Is that really a memory phenomenon?
- model explains data
- associative learning changes memory
representations
22Contributors
Mark Gluck (Rutgers U.) Catherine Myers (Rutgers
U.)
Daphna Shohamy (Columbia U.)
papers www.meeter.nl/m