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examination of algorithms of identification with application FSpice - models R-C-NR JAEFP

That quantitatively and qualitatively to estimate the basic performances of the developed algorithms of identification we will spend a series of imitating experiments «from the return». We will simulate in the program shemotehnicheskogo model operations by means of PSpice-models R-C-NR JAEFP with concrete values of parametres and it is used them CHH as target and control functions in the program module of identification, and initial approach of parametres we will obviously set with some diversion ot the true values. For objectivity we will choose in a random way three R-C-NR JAEFP with various parametres (table 3.3), but thus realised by means of existing technologies.

Table 3 3 - Parameters of three observational PSpice-models R-C-NR JAEFP

Parametre R-C-NR

JAEFP

№1

R-C-NR

JAEFP

№2

R-C-NR

JAEFP

№3

1 Resistance of upper resistive stratum R, a clod 5 100 20
2 Coefficient N spotting the relation of resistances of the inferior and upper resistive stratums 4 2 0,25
3 Capacity between resistive STRATUMS With, nf 10 0,1 100
4 Resistance of losses of active power Gr, parallel capacity With, GOm 1 0,5 2
5 Coefficient G spotting resistance of losses of an active power, consecutive capacities C IO ' 5 5-Ю "4 10^4
6 Shunting resistance of plates r ⅛, the Ohm 50 1 10
7 Length trailer BKE L∣i - the normalised concerning individual length Lвсей of structure 0,03 0,05 0,1
8 Form factor Kf spotting

The relation of length R-C-NR JAEFP to its breadth

10 20 5

We explore efficiency of each algorithm of identification. For this purpose we will find dependences of quantity of the iterations necessary for performance of requirements (3.36), from
Affinity of initial approach to an optimum. The procedure of a quantitative assessment of these dependences consists in the following:

1. We choose one of algorithms of identification.

2. We choose one of three R-C-NR JAEFP.

3. All parametres of initial approach it is changeable simultaneously on an amount of deflection

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A source: Baturkin Sergey Aleksandrovich. EXAMINATION of CURRENT PERFORMANCES HALKOGENIDNYH STEKLOOBRAZNYH of SEMICONDUCTORS of COMPOSITION GST-225 ALLOYED by NITROGEN And BOHR. The dissertation on competition of a scientific degree of the candidate of physical and mathematical sciences. Tver - 2015. 2015

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