Observing SystemsIntersystems Publications, 1984 - 331 pagina's |
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Pagina 134
... log2 = 300 1.2 . 105 bits . The anatomist may attribute this to the genetic program and will esti- mate its ... log2 M and the ratio between output and input : Hout / Hin = ( log2 M ) / N. However , M is always smaller than N , because ...
... log2 = 300 1.2 . 105 bits . The anatomist may attribute this to the genetic program and will esti- mate its ... log2 M and the ratio between output and input : Hout / Hin = ( log2 M ) / N. However , M is always smaller than N , because ...
Pagina 136
... log2 n If , after exposure , the system drifts in its mature state over , say , n1 distinguishable states , its final state of organization is : n00 = 1 - log 2 n 1 log2 n 2 log , ( n / n ) 1 = log2 n Comparison between initial and ...
... log2 n If , after exposure , the system drifts in its mature state over , say , n1 distinguishable states , its final state of organization is : n00 = 1 - log 2 n 1 log2 n 2 log , ( n / n ) 1 = log2 n Comparison between initial and ...
Pagina 141
... log2 n = 10 ° bits . If only ten states per second are processed by the retina - a regular movie projector presents 24 pictures per second - then during one second a sequence of length m = 10 is to be stored , i.e. , H ( 1 second ) 1010 ...
... log2 n = 10 ° bits . If only ten states per second are processed by the retina - a regular movie projector presents 24 pictures per second - then during one second a sequence of length m = 10 is to be stored , i.e. , H ( 1 second ) 1010 ...
Inhoudsopgave
On SelfOrganizing Systems and Their Environments | 2 |
Computation in Neural Nets 6 | 24 |
Memory without Record | 91 |
Copyright | |
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