p002fig01.01 Seeing an object vs knowing what it is.html
p002fig01.02 Dalmation in snow.html
p003fig01.03 Amodal completion.html
p004fig01.04 Kanizsa stratification: transparency images.html
p008fig01.05 Noise-saturation dilemma: cell activity; current activity.html
p009fig01.06 Primacy gradient of activity in a recurrent shunting OC-OS network.html
p011fig01.07 signal function determines how initial activity pattern is transformed.html
p012fig01.08 Sigmoidal signal: a hybrid of [same, slower, faster]-than-linear.html
p013fig01.09 sigmoid signal: quenching threshold; contrast enhancement.html
p016fig01.10 Minimal adaptive prediction: blocking and unblocking.html
p016fig01.11 BU-TD mismatch -> orienting system -> nonspecific arousal.html
p018fig01.12 Peak shift and behavioural contrast: prefer new experiences.html
p019fig01.13 Affective circuits are organized into opponent channels.html
p023fig01.14 gated dipole opponent process: sustained on-response; transient off-response.html
p024fig01.15 READ circuit: REcurrent Associative Dipole.html
p025fig01.16 Cognitive-Emotional-Motor (CogEM) model: sensory cortex, amygdala, PFC.html
p025fig01.17 Sensory-drive heterarchy vs drive hierarchy.html
p026fig01.18 Inverted-U behaviour vs arousal.html
p027fig01.19 ventral What [percept, class], dorsal Where [spatial represent, action].html
p030fig01.20 neo-cortex 6 layers: same canonical laminar design cart [vision, speech, cognition].html
p032fig01.21 [Retina, LGNs, V[1,2,3,4], MT] to What & Where areas.html
p036fig01.23 working memory [longer list, bigger chunk]s.html
p037fig01.24 sentence [learn, store, class] via 3 streams.html
p038fig01.25 ART Matching Rule stabilizes learning: [real time learn, object attention].html