Mots-clés
reversible logic
feynman gate
static random access memory
keywords: arithmetic circuits
vlsi interconnect
voltage mode
keywords: current mode
constant inputs
garbage outputs
key words:quantum computing
the conclusion of this paper is given
in section v
the design of half adder/ subtractor and full adde
the physical model of reversible logic is describe
ultra- low power vlsi [3]. this paper is organized
cellular automata
optical computing
peres etc. reversible logic has wide variety of ap
feynman
toffoli
and is performed by reversible logic gates. there
but it will become relevant in the future. this en
but not negligible. this amount may not seem to be
where k is boltzmann constant and t is absolute te
ktln2 joules of heat energy is produced for every
according to landaurer [1]
Tout plus
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(4)Mots-clés
reversible logic
feynman gate
static random access memory
keywords: arithmetic circuits
vlsi interconnect
voltage mode
keywords: current mode
constant inputs
garbage outputs
key words:quantum computing
the conclusion of this paper is given
in section v
the design of half adder/ subtractor and full adde
the physical model of reversible logic is describe
ultra- low power vlsi [3]. this paper is organized
cellular automata
optical computing
peres etc. reversible logic has wide variety of ap
feynman
toffoli
and is performed by reversible logic gates. there
but it will become relevant in the future. this en
but not negligible. this amount may not seem to be
where k is boltzmann constant and t is absolute te
ktln2 joules of heat energy is produced for every
according to landaurer [1]
Tout plus