458 (5)

	= -4.7 «S	Ac/ —>		exp{-	7(4.7-	2.5)*} =	0.95
<	= 3.0 £	Ac/ ~>	'<‘^7k,>=	* cxp{-	•7(3.0 -	-2.5)* } =	= 0.99
rfi^2) >20	_ 37 g	Ac/ ->		exp(-	/{3.7-	2.5)^ } =	0.98
47,	= ~~8.3 «s	Ac/ ->	f(c7;?' ) - A 22	^cxp{-	-7(8.3-	2.5V"’} =	: 0.7!
42	= -7.4 €	Ac/ —>		cxp{-	/(7.4-	2.5)*} =	0.79
	T*(dS?^ł)	= Diag(l,	1, 0.99,	0.95.	0.99,	, 0.98,	0.71,

krok 3.

400

400

348.2

i>?=Tx(Ą²⁾)P? =

286.7

396.9

70.7

182.7

18.5

0.213

0.054

-0.131

-0.195

0.148

= -(P£^})"¹ B^r {B(p£^ł))"' B⁷* i'A f PL

0.341 -0.537

(m)

-1.637

Diaę(C⁽.^3>, ..,    ,j~

^ d _Y (z(>) {/»(,=0

= (0.0016, 0.0013, 0.0022, 0.0022, 0.0028, 0.0121, 0.0047, 0.0575)

W celu przyspieszenia procesu iteracyjnego zwiększamy wartość / do

o o 11
d®^] = -2.8 e a ! ;>	Arf	—>
Ą^3> = —4.1 « 0.v	aJ	—>
d™ ~ 2.8 «£ a :o	Ad	—>	r(rf?^ł ) = A
Ą^3)=3.l « '70	/v7	—>	11
d^(y^] - -7.8 e A 22	Ad	—>
rf*?^1 = -6.8 e	Ai'i	—>
T>(d£>)	= Diag(l,		1, 0.99,

krok 4.

<400

400

346.6

(3)^(3) _

^px > =_TA'₍d*^,)I^>x' =

250.1

395.

69.5

43.5

7.3

0»f

(m)

0.045 0.026 -0.080 -0.094 0.11 1 0.151 -0.786 -1.809

459