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, . , , , .

. = nan -1 a 1 a 0, rA = k s... k 1.

, , ( ) .( ), , , . . : r (mod p), r (mod p); r (mod p); . r .(mod p).

. , , :

rr +  (mod p), (4.6)

 

r = 2 r .

n k s, .

n - , ann +1 [ n +1 (n + 1)- ].

k s= 1, 2s. . (4.6)

r  (r + ann +1+ ak s) mod (2s1), (4.7)

 

, 2s, :

s =3 nn -1 n -2 n -3 a 3 a 2 a 1

 

 2221 20 22 222120

 

 :

n.......... 0 1 0 1

k s........ 0 0 1 1

......... 0 -1 +1 0

 

 . an ( n +1-1);  n +1=1, 0. , (4.7)

r .  r + ak s mod (2s-1), (4.8)

 

. = 1,01011010, , p =7 (s =3).

. 7: r = 101  011  010 = 011(mod7)

= 0,10110100 r =110.

(4.7) an = 1, ak s= 0 :

r =1101+000= 101(mod 7).

 

: A .=0,10110101, r .= 110 + 000 = 110(mod 7).

: r =101, r .=110.

 

. 2,

=( q 1)/2; r A =(rA ak s)/2.

 

. ,

rA = r A +(mod 2s-1). (4.9)

 

:

 

1. 0 0 1 1

k 1........0 1 0 1

 :

=3............ 00 10 01 00

=7............ 000 100 011 000

 

,

= 1, n -1 an -2 a 2 a 1; .= 1,1 n -1 a 3 a 2,

 

. (4.9) , :

1. 0 0 1 1

k 1..... 0 1 0 1

:

=3............ 10 01 00 10

=7............ 100 001 000 100

 

. = 1,01110111101, , p =7.

. 7: r A= 101  110  111  101  (mod 7).

=0,10111011110 r =001.

(4.9) 1= 1, k 1= 0,  = 011 :

rA  001+011  l00(mod 7).

 

.=1,10111011110,  = 000:

rA . 001 + 000  001(mod 7).

: rA = 010, rA = 100, rA .=001.

 

2. 2 , : = + 2().

,

= + +.

 

, , :

(4.10)

 

r + ; .

 

. =010000111 =101110011 7.

. : rA =010, r = 000, rA + =010.

:

= 000000011,; =000000110, r 1=110.

= 001.

(4.10) :

r = 010+001  011(mod 7).

: r =011.

 

. :

= 2-1( + )2-1().

2-1 , , .

 

 

, ; , .

.

 

. 3:

= 10011001, rA = 00, = 0,001111, rB = 01.

. :

+ = 11101000, rA + B =01.

(4.9) += 10.

AB =11010110, r =01, =10, =01.

 

, =10+10=00(mod 3).

: = 00.

 





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