ДВОЙСТВЕННЫЙ АСПЕКТ В СИСТЕМНОМ АНАЛИЗЕ АВТОНОМНЫХ САМООРГАНИЗУЮЩИХСЯ ОБЪЕКТОВ

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<ul><li><p>145</p><p> 519.9 - 62.50. . , . . , . (4872) 35-19-80, info@tsu.tula.ru(, , )</p><p> - . , . - . , - .</p><p> : , , .</p><p> , - , , , , - , - (), ,</p><p>, - , , , - .</p><p> : - - , , - - , .</p><p> , - , , , -. . - , , - . , , , -. , , - .</p></li><li><p>146</p><p> , , , , -. : ( ), - , , -, , , , . .</p><p> [1]. , , , - . - (, , , .) - , - , , -.</p><p> , ( - , , , - , , - . .), , , (). [1] , , , (.1, ).</p><p> - ( , . .), , :</p><p>min)(1</p><p>1max)(</p><p>yF</p><p>xF .</p><p> . , -. - ( ):</p><p>DC</p><p>AB . (1)</p><p> , .</p></li><li><p>147</p><p>. 1. </p><p> (1), , . - (1) - , .1, .</p><p> (1) , , D . [2]</p><p>,21 nnn (1) = 1, (2) = 1 n &gt; 2.</p><p> (n) 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, 233, n-1 /n = </p><p>-1 -1 = 0,618, -2 =0,382... 1 = 1,618, 2 = 2,618. , - . - :</p></li><li><p>148</p><p>1</p><p>1 11 </p><p> .</p><p> 1=, 1-1 = 2. - (1), .</p><p> - .</p><p> [1] , (. 2, ).</p><p> + - . , +-- , , , , , , . .</p><p> - . - (. 2), [1].</p><p>1. - -.</p><p>2. , - (, (1) = - /D . .).</p><p>3. 2/3 = 0,6, - . - 2/1 = 1/(1/2).</p><p>4. , . . , - .</p><p>5. (.2, ) (.2, ).</p><p> - (. . 1). . - (0 1, , , , . .). , ( ):</p><p>1)()( PP . -</p><p> - .</p></li><li><p>149</p><p>. 2. </p><p> , - - ( ). , .</p><p> , +--, -</p></li><li><p>150</p><p> - .</p><p> S , - , , , . , - , .</p><p> F -, . - : ( ) .</p><p>, S S S. S- - , , S - . F = (F, F). F , , F- .</p><p> , . . C. , , - , - .</p><p> , - - , - , - </p><p> -, . . - - . - , - ( ) (. . 1, ). : - , , , </p></li><li><p>151</p><p> , - , , .</p><p> - , - ( ) (- ). .</p><p> - - , . - . - . , . .</p><p> (. .2, ). , , - , . . -, , . . - () .</p><p> . , , - : - ().</p><p> , - () (). ( ) ( ). - ( ) (- ) - (.3).</p></li><li><p>152</p><p>. 3. </p><p> . - MX ( -, +) MY ( -,+). . , - , - , ; - . - ( ).</p><p> - , - . - -: , , -, . - . - - . - . - </p></li><li><p>153</p><p> . - </p><p>. - - , , , - , (, , , . .). t t tX - (), ( = 0,618):</p><p> 618,0 tXt . t -</p><p> . - - (), - () t t . -</p><p> - - . - -, . - S - (, (x, )), -. - </p><p> ...,^ iiii x , i = 1,2,3, . - .</p><p> , . i - . - (- ) . , i . -</p></li><li><p>154</p><p> , . - , , , , -.</p><p> - - , - , [3].</p><p> , , - , .</p><p> , , . - , - , - , - .</p><p>1. . . . : -1, 1999. 189 .2. . . . .: , 1978. 144 .3. . ., . ., . . </p><p> - // . . . . . . . 1. . 5. :-2005, . 58-65.</p><p>E. SemenchevDual aspect in the system analysis independent organize oneself objectsThe method of decomposition of structure hierarchical organize oneself systems on</p><p>the basis of the duality law a method of the enclosed dual pairs is offered. The possible hie-rarchical structure artificial organize oneself active object is considered.</p><p> 12.11.2009</p></li></ul>

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