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Abstract: This paper has the most modern methods of bankruptcy forecasting recommended to use in the modern Russian conditions. This paper tells about the achievements of the Great scientists in economy. This paper also discloses some methods created by Alexander Shemetev to forecast bankruptcy: Alexander Shemetev"s method for calculating the optimal portfolio with the set returns which improves Harry Markowitz method for the Russian market; The self-model of Alexander Shemetev for firms" bankruptcy forecasting based on synthesis of 42-years experience of Ghent University. Key words: bankruptcy, analysis, economy, finance, portfolio of shares, Harry Markowitz, William F. Sharpe, John Burr Williams, Stephen Alan Ross, William Henry Beaver, Edward I. Altman, Stuart Altman, John Fulmer, Gordon Springate, Sofie Balcaen, Hubert Ooghe, Eric Verbaere. | ||
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B
A", the world did not stop on them .... There were also some more sophisticated operations such as "M
M", who shared major shareholders (M / large packages of shares /) and minority (also M / small stakes shareholders /)... One M-people could manage their companies and companies" property flows ... while the other M-people could manage only their money-flows... As a result, the assets were divided: the major shareholders stayed with company"s assets in the end, while the minority shareholders stayed only with company"s debts in the end.
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(235.1)
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The debt must be less than 100,000 [7] rubles (circa it is more than 3,000 USD).
For individual entrepreneurs (IE) this amount is reduced to 10,000 rubles.
Penalties, sanctions" sums, arrears of wages and penalties are not included in the principal amount of debt.
There must be three months of overdue of debt.
There must be an entered-into-legal-force court decision on recovery of the debt or a decision of the tax authority or the decision of the customs authority.
Only a legal entity (no individuals) may file for bankruptcy.
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- this is the average value of observed variables X and Y; Cov (X, Y) - is a ratio of covariance, which shows the relationship between two variables;
- these are the standard deviations, which show the total amount that the value will be rejected averagely for any measure.
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) as a measure of risk inherent in the solution with a probabilistic outcome. standard deviation (
) - is RMS (root-mean-square) absolute deviation of possible values of a random variable from the expected value.
): variation (classical and weight), information-atomic (classical and weight) and atomic (classical and weight). To simplify the perception of the following material, the author of this paper gives his own interpretation of what shows each approach in the best degree.
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- the average value of X, calculated by the formula (241); Xi - the value of i-th parameter.
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