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ocrampal
2026-05-29 09:25:53 +02:00
parent 744c656559
commit f3ade19b52
3 changed files with 42 additions and 50 deletions
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elements/neuron/axon.md
+1 -1
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@@ -17,6 +17,6 @@ AXON
expansion: expansion:
_presynapse: TUB_EXP [ comp: PRESYNAPSE, full: 50x, active: 0x, empty: 10x ] _presynapse: TUB [ comp: PRESYNAPSE, full: 50x, active: 0x, empty: 10x ]
# managed_by: EXCITATION or INHIBITION from winnertakeall # managed_by: EXCITATION or INHIBITION from winnertakeall
``` ```
elements/neuron/presynapse.md
+8 -8
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@@ -31,9 +31,9 @@ PRESYNAPSE
*AP: CONTEXT [&SOMA.*AP] *AP: CONTEXT [&SOMA.*AP]
# Tub # Tub
_NT: TUB_FLOOR [ ref: &ASTROSYNAPSE._NT] _NT: TUB [ ref: &ASTROSYNAPSE._NT]
_ATP: TUB_FLOOR [ ref: &ASTROCYTE._ATP] _ATP: TUB [ ref: &ASTROCYTE._ATP]
_eCB: TUB_FLOOR [ ref: &POSTSYNAPSE._eCB] _eCB: TUB [ ref: &POSTSYNAPSE._eCB]
instantiation: instantiation:
@@ -41,12 +41,12 @@ PRESYNAPSE
*TunePossible: CONTEXT [] *TunePossible: CONTEXT []
# Tub # Tub
_Ca2+: TUB_FLOOR [ full: 60x, active: 30x, empty: 0x ] _Ca2+: TUB [ full: 60x, active: 30x, empty: 0x ]
_Rrp: TUB_FLOOR [ full: 30x, active: 15x, empty: 0x ] _Rrp: TUB [ full: 30x, active: 15x, empty: 0x ]
_Rp: TUB_FLOOR [ full: 30x, active: 15x, empty: 0x ] _Rp: TUB [ full: 30x, active: 15x, empty: 0x ]
_CaTraces: TUB_FLOOR [ full: 50x, active: 0x, empty: 0x ] _CaTraces: TUB [ full: 50x, active: 0x, empty: 0x ]
_Ca2+FullDev: TUB_FLOOR [ full: 100x, active: _Ca2+.full, empty: 40x ] _Ca2+FullDev: TUB [ full: 100x, active: _Ca2+.full, empty: 40x ]
# serve al dev # serve al dev
# Behaviour # Behaviour
modules/winnertakeall/winnertakeall.md
+33 -41
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@@ -9,8 +9,8 @@ Qui comprendiamo i behaviors che associamo al winnertakeall. I comportamenti li
- Questo e' il nuovo tipo di espansione che permette di specificare un "circuito" di possibilita'. A differenza di BD che espande PRE implicitamente e trattando PRE tutti allo stesso modo. - Questo e' il nuovo tipo di espansione che permette di specificare un "circuito" di possibilita'. A differenza di BD che espande PRE implicitamente e trattando PRE tutti allo stesso modo.
- l'espansione determina la forma dei "circuiti" espressi dal winnertakeall. - l'espansione determina la forma dei "circuiti" espressi dal winnertakeall.
- L'eventuale modulazione di winnertakeall, per ora non la prendo in considerazione. Sarebbe creare nuove relations che servirebbero quando si allungano AXON, o addirittura si creano nuovi neuroni. - L'eventuale modulazione di winnertakeall, per ora non la prendo in considerazione. Sarebbe creare nuove relations che servirebbero quando si allungano AXON, o addirittura si creano nuovi neuroni.
- in excitation e inhibition facciamo il tuning di PRESYNAPSE, POSTSYNAPSE e ASTROSYNAPSE e implicitamente creaiamo e eliminiamo synapse - in excitation e inhibition facciamo il binding di PRESYNAPSE, POSTSYNAPSE e ASTROSYNAPSE e implicitamente creaiamo e eliminiamo synapse
- @XXX e' un'attualita' che viene espressa direttamente, non calcolata dal interprete come per espansione di PRESYNAPSE. L'attualita' espressa viene riferita.. - @XXX e' un'attualita' che viene espressa direttamente, non calcolata dal interprete come per espansione di PRESYNAPSE. L'attualita' espressa viene riferita.
```Gen ```Gen
WINNERTAKEALL WINNERTAKEALL
@@ -21,8 +21,8 @@ WINNERTAKEALL
../../elements/neuron.md ../../elements/neuron.md
expansion: expansion:
@NEU-005: EXPAND [ comp: NEURON ] @NEU_005: EXPAND [ comp: NEURON ]
@NEU-006: EXPAND [ comp: NEURON ] @NEU_006: EXPAND [ comp: NEURON ]
instantiation: instantiation:
@@ -33,31 +33,28 @@ WINNERTAKEALL
## external ## external
@IN-EXCI-001: BEHAVIOUR [ beh: IN-EXCITATION, _InPossible: TUB_COMB [ @IN-EXCI-001: BEHAVIOUR [ beh: IN_EXCITATION, __GroupPossible: GROUP [
post: @NEU-001.@D-BRANCH-002._postsynapse, post: @NEU_001.@AXO_001._presynapse,
post: @NEU-002.@D-BRANCH-002._postsynapse, post: @NEU_002.@AXO_001._presynapse ] ]
astro: @NEU-001.@D-BRANCH-002._astrosynapse ] ]
@IN-EXCI-001: BEHAVIOUR [ beh: IN-EXCITATION, in: @NEU-001.@D-BRANCH-002, in: @NEU-002.@D-BRANCH-002 ] @OUT-EXCI-001: BEHAVIOUR [ beh: OUT_EXCITATION, __GroupPossible: GROUP [
@OUT-EXCI-001: BEHAVIOUR [ beh: OUT-EXCITATION, out: @NEU-001.@AXO-001, out: @NEU-002.@AXO-001] post: @NEU_001.@D_BRANCH_002._postsynapse,
@IN-INHI-001: BEHAVIOUR [ beh: IN-INHIBITION, in: @NEU-004.@SOMA, in: @NEU-003.@SOMA] post: @NEU_002.@D_BRANCH_002._postsynapse,
astro: @NEU_001.@D_BRANCH_002._astrosynapse ] ]
@IN-INHI-001: BEHAVIOUR [ beh: IN_INHIBITION, __GroupPossible: GROUP [
post: @NEU_001.@SOMA_001._somasynapse,
post: @NEU_002.@SOMA_001._somasynapse,
astro: @NEU_001.@SOMA_001._somasynapse ] ]
## internal ## internal
### Area xxx ### Area xxx
@: BEHAVIOUR [ beh: EXCITATION, _PrePostAstroSyn: TUB_COMB [ @: BEHAVIOUR [ beh: EXCITATION, __GroupPossible: GROUP [
pre: @NEU-001.@AXON-001._presynapse, pre: @NEU_001.@AXON-001._presynapse,
post: @NEU-001.@D-BRANCH-001._postsynapse, post: @NEU_001.@D_BRANCH_001._postsynapse,
astro: @NEU-001.@D-BRANCH-001._astrosynapse ] ] astro: @NEU_001.@D_BRANCH_001._astrosynapse ] ]
@: EXCITATION [out: @NEU-001.@AXON-001, in: @NEU-003.@D-BRANCH-001]
@: EXCITATION [out: @NEU-001.@AXON-001, in: @NEU-004.@D-BRANCH-001, in: @NEU-003.@-BRANCH-001]
@: INHIBITION [out: @NEU-002.@AXON-001, in: @NEU-003.@SOMA-001]
### Area yyy
@: EXCITATION [out: @NEU-003.@AXON-001, in: @NEU-004.@D-BRANCH-003]
@: EXCITATION [out: @NEU-004.@AXON-001, in: @NEU-002.@D-BRANCH-001]
``` ```
### EXCITATION ### EXCITATION
@@ -69,23 +66,16 @@ EXCITATION
activity_scope: !NIGHT activity_scope: !NIGHT
tub_intricated:
_Presynapse: TUB [in]
_Presynapse: TUB [out.{}.{}.PRESYNAPSE]
_Postsynapse: TUB [in.{}.{}.POSTSYNAPSE]
# Qui il modulo interno TUB trova la PRESYNAPSE come istanziazione e la intrica con _Presynapse
_Astrosynapse: TUB [ASTROCYTE.ASTROSYNAPSE]
# Qui l'unico ASTROCYTE che "conosco" e' quello al quale WINNERTAKELL e' stato binded in TECTUM, ovvero nell'organo che ha espansi il modulo.
snippets: snippets:
# &Fixed # *Fixed
@: CONTEXTOR [snip: Excitation_possible, RF: active 60x] @: CONTEXTOR [snip: Excitation_possible, RF: active 60x]
# &ActivateAstroPostPre # *ActivateAstroPostPre
@: BINDER [snip: Excitation_bind, RF: active 6x] @: BINDER [snip: Excitation_bind, RF: active 6x]
@: ACCUMULATOR [snip: ClearTraces, RF: active 6x] @: ACCUMULATOR [snip: ClearTraces, RF: active 6x]
*DeActivateAstroPost
@: BINDER [snip: Excitation_unbind, RF: active 6x] @: BINDER [snip: Excitation_unbind, RF: active 6x]
``` ```
@@ -104,7 +94,7 @@ Excitation_possible
out_context: *ActivateAstroPostPre out_context: *ActivateAstroPostPre
condition: ( BadTraces fullness ) condition: ( BadTraces fullness )
out_context: DeActivateAstroPostPre_ctx out_context: *DeActivateAstroPost
``` ```
##### *ActivateAstroPostPre ##### *ActivateAstroPostPre
@@ -123,10 +113,10 @@ Excitation_bind
trace: None? trace: None?
hypothesis: ( GoodTraces fullness ) AND hypothesis: ( GoodTraces fullness ) AND
( NOT _PrePostAstroSyn.pre full ) AND ( NOT __GroupPossible.pre full ) AND
( NOT _PrePostAstroSyn.post full ) AND ( NOT __GroupPossible.post full ) AND
( NOT _PrePostAstroSyn.astro full) ( NOT __GroupPossible.astro full)
bind: [_PrePostAstroSyn.pre, _PrePostAstroSyn.post, _PrePostAstroSyn.astro ] bind: [__GroupPossible.pre, __GroupPossible.post, __GroupPossible.astro ]
trace: None? trace: None?
``` ```
@@ -142,6 +132,8 @@ ClearTraces
trace: None? trace: None?
``` ```
##### *DeActivateAstroPostPre
###### Excitation_unbind ###### Excitation_unbind
Qui deattiviamo la Syn Qui deattiviamo la Syn
@@ -153,8 +145,8 @@ Excitation_unbind
in_context: &DeActivateSynPostPre in_context: &DeActivateSynPostPre
hypothesis: (BadTraces fullness) hypothesis: (BadTraces fullness) AND (NOT bind_condition[__GroupPossible.pre, __GroupPossible.post, __GroupPossible.astro] empty )
unbind: [_Presynapse decrease, _Postsynapse decrease, _Astrosynapse decrease] unbind: [__GroupPossible.pre, __GroupPossible.post, __GroupPossible.astro]
trace: None? trace: None?
hypothesis: ( NOT _synapse empty ) hypothesis: ( NOT _synapse empty )