
Колобашкина-Част-1
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4.4.
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{i} (i = 1,
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B, . . |
B,
153

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{tk} (k = 1, , l ) |
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(W ; W ) ( |
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1,
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. 4.11 [10].
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154 |
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4 ( |
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1).
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5,
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3 6.
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3,
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F(A6) = max {W
(1); W
(2); W
(3)} = max {4(1); 5(2); 6(3)} = 6(3)1.
6
3-
(
3-
):
F(A6) = W
(3) = 2(3).
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5.
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F (A6) = |
= 2. |
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1-
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6.
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2 (
2
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5
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F(
5) = max {W
(1); F
(A6)(2)} = max {2(1); 2(2)} = 2(2).
1 ,
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156

5
2-
(
6):
F(
5) = F
(A6)(2) = 6(2).
4.
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4
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F(
4) = max {W
(1); F
(
5)(2);W
(3)}=
= max {2(1); 6(2); -1(3)} = 6(2).
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2,
5.
4
: F
(
4) = F
(
5)(2) = 2(2).
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F ( 3) = max {5(1); 5(2)}=5(2) |
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F ( 3) = 10(2). |
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F ( |
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F ( 7) = 4(2). |
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F ( |
6) = max {F (A7)(1); W (2)} = max{4(1); -5(2)} = 4(1) |
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F ( |
6) = F (A7)(1) = 2(1). |
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F ( |
5) = max {W (1); F ( 6)(2)}= max {1(1); 2(2)}=2(2) |
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F ( |
5) = F ( 6)(2) = 4(2). |
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3, 4, 5, |
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1:
F(
1) = max {F
(A3)(1);F
(A4)(2); F
(A5)(3)}= =max {10(1); 2(2); 4(3)}= 10(1).
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1,
3:
157

F(
1) = F
(A3)(1) = 5(1).
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7:
F(
7) = max {1(1); 8(2); 8(3)} = 8(2)
2,
;
F(
7) = 1(2).
8:
F(
8) = max {W
(1); F
(
7)(2)}= max {2(1); 1(2)} = 2(1)
1; F
(
8) = 3(1).
4:
F(
4) = max {F
(A8)(1);W
(2)} = max{3(1); 5(2)} = 5(2)
2; F
(
4) = 3(2).
3:
F(
3) = max {5(1); 6(2)} = 6(2)
2; F
(
3) = 0(2).
3,
4,
2:
F(
2) = max {F
(
3)(1); F
(
4)(2)}= max {0(1); 3(2)}=3(2)
2;
F(
2) = 5(2).
2:
F(
2) = max {2(1); -1(2); 6(3)} = 6(3)
3; F
(
2) = -5(3).
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1!
F(
1) = max {F
(
1)(1); F
(
2)(2); F
(
2)(3)}=
= max {5(1); 3(2); -5(3)}=5(1) 1; F
(
1) = F
(
1)(1) = 10(1).
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1 2 2 2 2 3 2 1 ; |
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1 3 2 2 2 1 2 . |
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A |
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= 5; |
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= 10. |
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2 2 1 1 2 3 2 1 ; |
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3 3 2 2 1 1 3 . |
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A = 3; |
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= 5. |
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5; -5 |
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-3; 3. |
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159
