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6.3.
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-̳ , n f () n - , (n + 1) . , . f () , [ h ]. , [ q ] , [ h ] (. 6.5). [ h ]. x [ q ] , . , .
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x [ i, k ] =(x 1[ i, k ], , xj [ i, k ], , xn [ i, k ])T,
i = 1,..., + 1; k = 0, 1,..., i - k- ; [ h, k ] , , f ( [ h, k ] = max{ f (x [1, k ] ), , f (x [ n +1, k ])}; [ l, k ] , , f ( [ l, k ] ) = min { f (x [1, k ] ), , f (x [ n +1, k ])}; [ +2, k ] , [ h, k ].
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1. [ h, k ]
x [ n + 3, k ] = x [ n + 2, k ] + a (x [ n + 2, k ] x [ h, k ]),
> 0 . = 1.
2. [ n + 3, k ] [ n + 2, k ]:
x [ n+ 4, k ] =x [ n+ 2, k g] + x [ n+ 3, k ] x [ n+ 2, k ],
γ > 1 .
f (x [ n + 4, k ]) < f ( [ l, k ]), [ h, k ] x [ n + 4, k ] . 1 k = k + 1. [ h, k ] [ n + 3, k ] . 1 k = k + 1.
3. f (x [ n+ 3, k ] ) > f ( [ i, k ] ) i, h, x [ h, k ] x [ n+ 2, k ]:
x [ n+ 5, k ] =x [ n+ 2, k b] + [ h, k ] x [ n+ 2, k ],
b > 0 . 0,4 <b= <= 0,6.
4. f (x [ n+ 3, k ]) > f (x [ h, k ]), [ i, k ] [ l, k ] i= 1,..., + 1, :
x [ i, k ] = x [ l, k ] + 0,5(x [ i, k ] x [ l, k ]).
. 1 k = k + 1.
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