Observing SystemsIntersystems Publications, 1984 - 331 pagina's |
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Pagina 160
... variable raised to the power of the number of states of the independent variables N = ( no . of states of dep . variables ) ( no . of states of indep . variables ) ( 18 ) we have for the number of possible trivial machines which connect ...
... variable raised to the power of the number of states of the independent variables N = ( no . of states of dep . variables ) ( no . of states of indep . variables ) ( 18 ) we have for the number of possible trivial machines which connect ...
Pagina 162
... variables of the two systems are now established : x ' = n = u ' ; . ' = y = v ' ( 27a , b ) where the new variables u , v represent the " messages " transmitted from -E and E → respectively . Replacing x , y , 7 , E , in Eqs . ( 24 ) ...
... variables of the two systems are now established : x ' = n = u ' ; . ' = y = v ' ( 27a , b ) where the new variables u , v represent the " messages " transmitted from -E and E → respectively . Replacing x , y , 7 , E , in Eqs . ( 24 ) ...
Pagina 163
... variables u , v , z , 5 , and if the four functions f , f , f , ft are given , the problem of " solving " for u ( t ) , v ( t ) , z ( t ) , } ( t ) , i.e. , expressing these variables explicitly as func- tions of time , is purely ...
... variables u , v , z , 5 , and if the four functions f , f , f , ft are given , the problem of " solving " for u ( t ) , v ( t ) , z ( t ) , } ( t ) , i.e. , expressing these variables explicitly as func- tions of time , is purely ...
Inhoudsopgave
On SelfOrganizing Systems and Their Environments | 2 |
Computation in Neural Nets 6 | 24 |
Memory without Record | 91 |
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