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- State_encoding_for_low_power abstract "State encoding assigns a unique pattern of ones and zeros to each defined state of a finite-state machine (FSM). Traditionally, design criteria for FSM synthesis were speed, area or both. Following Moore's law, with technology advancement, density and speed of integrated circuits have increased exponentially. With this, power dissipation per area has inevitably increased, which has forced designers for portable computing devices and high-speed processors to consider power dissipation as a critical parameter during design consideration.".
- State_encoding_for_low_power wikiPageID "46449291".
- State_encoding_for_low_power wikiPageLength "9886".
- State_encoding_for_low_power wikiPageOutDegree "16".
- State_encoding_for_low_power wikiPageRevisionID "690915173".
- State_encoding_for_low_power wikiPageWikiLink Bus_encoding.
- State_encoding_for_low_power wikiPageWikiLink Category:Automata_(computation).
- State_encoding_for_low_power wikiPageWikiLink DFA_minimization.
- State_encoding_for_low_power wikiPageWikiLink Finite-state_machine.
- State_encoding_for_low_power wikiPageWikiLink Gray_code.
- State_encoding_for_low_power wikiPageWikiLink Hamming_distance.
- State_encoding_for_low_power wikiPageWikiLink Implication_table.
- State_encoding_for_low_power wikiPageWikiLink Logic_synthesis.
- State_encoding_for_low_power wikiPageWikiLink Low-power_electronics.
- State_encoding_for_low_power wikiPageWikiLink Moores_law.
- State_encoding_for_low_power wikiPageWikiLink One-hot.
- State_encoding_for_low_power wikiPageWikiLink Register-transfer_level.
- State_encoding_for_low_power wikiPageWikiLinkText "State encoding for low power".
- State_encoding_for_low_power wikiPageWikiLinkText "state encoding for low power".
- State_encoding_for_low_power wikiPageUsesTemplate Template:Reflist.
- State_encoding_for_low_power subject Category:Automata_(computation).
- State_encoding_for_low_power comment "State encoding assigns a unique pattern of ones and zeros to each defined state of a finite-state machine (FSM). Traditionally, design criteria for FSM synthesis were speed, area or both. Following Moore's law, with technology advancement, density and speed of integrated circuits have increased exponentially.".
- State_encoding_for_low_power label "State encoding for low power".
- State_encoding_for_low_power sameAs m.0134wwt7.
- State_encoding_for_low_power wasDerivedFrom State_encoding_for_low_power?oldid=690915173.
- State_encoding_for_low_power isPrimaryTopicOf State_encoding_for_low_power.