Revision as of 19:21, 13 January 2022 edit JoeNMLC (talk \| contribs) Extended confirmed users 135,511 edits →top: ce lead, add wikilink, rm context notice ← Previous edit		Revision as of 20:17, 21 January 2022 edit undo AntiRaceshifitng (talk \| contribs) 145 edits Linked article is about non linearity rather than nonlinear circuits Tags: Visual edit Mobile edit Mobile web edit Next edit →
Line 8: Modern digital computers perform computations based upon digital logic operations implemented at the lowest level as [[logic gates]]. There are essentially seven basic logic functions implemented as logic gates: [[AND gate\|AND]], [[OR gate\|OR]], [[NOT gate\|NOT]], [[NAND gate\|NAND]], [[NOR gate\|NOR]], [[XOR gate\|XOR]] and [[XNOR gate\|XNOR]]. A chaotic morphing logic gate consists of a generic [[Nonlinear system\|nonlinear ~~circuit~~]] circuit that exhibits chaotic dynamics producing various patterns. A control mechanism is used to select patterns that correspond to different logic gates. The sensitivity to initial conditions is used to switch between different patterns extremely fast (well under a computer clock cycle). == Chaotic morphing ==

Chaos computing: Difference between revisions