Observing SystemsIntersystems Publications, 1984 - 331 pagina's |
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Pagina 33
... fibers X ; ( i = 1,2 , M ) , and has precisely one output fiber * . 11 ) Each input fiber X ; may branch into ng la- cilitatory ( + ) or inhibitory ( - ) synaptic junctions , but fibers may not combine with other fibers . iii ) Through ...
... fibers X ; ( i = 1,2 , M ) , and has precisely one output fiber * . 11 ) Each input fiber X ; may branch into ng la- cilitatory ( + ) or inhibitory ( - ) synaptic junctions , but fibers may not combine with other fibers . iii ) Through ...
Pagina 34
... fibers only ( N = 2 ) , each attached to the ele- ment with only a single facilitatory junction ( n1 = ng = +1 ) . We follow classical usage and call our input fibers A and B , rather than X1 and X2 ( which pays off only if many input ...
... fibers only ( N = 2 ) , each attached to the ele- ment with only a single facilitatory junction ( n1 = ng = +1 ) . We follow classical usage and call our input fibers A and B , rather than X1 and X2 ( which pays off only if many input ...
Pagina 59
... fibers that emerge from x and terminate at u ;: or Nx ( uf ) k ( x , u¡ ) = Nx Nghi ) = k ( x , tị ) Ng • ( 97 ) Clearly , if we take the summation over all targets " ¿ reached by fibers emerging from x , we must obtain all fibers ...
... fibers that emerge from x and terminate at u ;: or Nx ( uf ) k ( x , u¡ ) = Nx Nghi ) = k ( x , tị ) Ng • ( 97 ) Clearly , if we take the summation over all targets " ¿ reached by fibers emerging from x , we must obtain all fibers ...
Inhoudsopgave
On SelfOrganizing Systems and Their Environments | 2 |
Computation in Neural Nets 6 | 24 |
Memory without Record | 91 |
Copyright | |
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