Binary chaos 1. One-dimensional case
infinite binary sequences
chaotic , if and only if, for any positive integer N
all options for its final subsequence of length N
have a uniform distribution, ie each such option
meets otn.chastotoy 2
-N .
finite binary sequence of length 2
N ,
closed in a ring, N-
kvazihaotichna , if and only if,
all options for its final subsequence of length N
have a uniform distribution, ie each such option
meets otn.chastotoy 2
-N .
Obviously, the N-
kvazihaotichnaya sequence
with K \u0026lt;N is also a K-
kvazihaotichnoy .
N = 1:
01 01 ...
N = 2:
0011 0011 ...
N = 3:
00010111 00010111 ...
N = 4:
0000100110101111 0000100110101111 ...
2. Two-dimensional case
infinite binary plane
chaotic ,
if and only if, for any positive integers M and N
all variants of the rectangle length and width of M
N have a uniform distribution,
ie each such option meets otn.chastotoy 2
- (M + N) .