Reversible Logic Based Design and Test of Field Coupled Nanocomputing Circuits - Field-Coupled Nanocomputing: Paradigms, Progress, and Perspectives - page 165

Table 6. (Continued)

F R MXcqca ,P

9 =

AB

= (0 =

+ BC + AC MXcqca ( R =

MXcqca (0 ,A,C ) ,B, 0) ,

B, =

MXcqca

0) ,Q

(0 ,A,C ))

F = AB + ¯

10 BC Q = MXcqca ( C, B, A )

11 F =

AB

Q = MXcqca ( P =

+ ¯

¯ ¯

( ¯

¯

+ BC A B C MXcqca A, C, 0) ,B,P =

MXcqca (0 ,A,C ))

F = AB + ¯

¯

12 A B = MXcqca ( Q =

MXcqca (1 ,B, 0) ,A,R =
MXcqca (1 ,B, 0))

13 F =

ABC +

R = MXcqca (0 ,Q =
MXcqca ( P =
MXcqca ( A, C, 0) ,

¯ ¯

A BC +

¯ ¯ ¯ ¯ ¯

A B C + AB C B,Q =

MXcqca A, C, ,Q

( 0)) =

MXcqca ( Q =

( ¯

¯

MXcqca A, C, 0) ,B,P =

( ¯

¯

MXcqca A, C, 0)))