DEFINING THE PARAMETERS OF COBB-DOUGLAS PRODUCTION FUNCTIONS FOR STATISTICAL SERIES
Abstract and keywords
Abstract (English):
The methodology of defining the parameters of Cobb-Douglas production functions for statistical series is introduced in the present article.Regarding the fact that cargo delivery by sea transport is complicated multi-stage process, which includes operations in a sea trade port, railway operations, then it is necessary to research the parameters of all production functions. Mathematical modelling of all transport process allows to implement it. Key words: parameters, production functions, statistical series, mathematical modelling. The methodology of defining the parameters of Cobb-Douglas production functions for statistical series is introduced in the present article.Regarding the fact that cargo delivery by sea transport is complicated multi-stage process, which includes operations in a sea trade port, railway operations, then it is necessary to research the parameters of all production functions. Mathematical modelling of all transport process allows to implement it

Keywords:
parameters, production functions, statistical series, mathematical modelling
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References

1. Eglite K.Ya., Saharov V.V. Ocenka parametrov modeli proizvodstvennyh funkciy Kobba-Duglasa s pomosch'yu ortogonal'nyh preobrazovaniy. - SPb.: SPGUVK, 2005. - 320-325 s.

2. Kobrinskiy N.E. Osnovy ekonomicheskoy kibernetiki. - M.: Ekonomika, 2009. - 125 s.

3. Eglit Ya.Ya., Eglite K.Ya. Modeliruyuschiy algoritm raboty refrizheratornogo terminala. - Novorossiysk: «Ekspluataciya morskogo transporta», №3 (92), 2019.-9 s.

4. EglitYa.Ya.,Kovtun A.A. Faktornyy analiz pokazateley raboty flota. - M.: «Transportnoe delo Rossii», №4 (149), 2020.-Yus.

5. Eglit Ya.Ya. Eglite K.Ya. Marketingovye issledovaniya konteynernogo rynka v regione // Transportnoe delo Rossii. -№5 (150).-2021. - 11 s.

6. Kondrat'ev S.I. Obespechenie bezopasnosti plavaniya transportnyh sudov v portu pri manevrirovanii v operacionnoy akvatorii prichala [Tekst] / S.I. Kondrat'ev, V.V. Ustinov // Transportnoe delo Rossii-2012-№ 6-2-, S. 196-197

7. Yudin Yu.I., Kondrat'ev S.P., Boran-Keshish'yan A.L., Holichev S.N., Glinskaya I.V. Matematicheskoe modelirovanie dvizheniya tankera, upravlyaemogo na osnove otkloneniy ot linii zadannogo puti// Morskie intellektual'nye tehnologii- 2018 - № 31 (41).-S. 228-232.

8. Studenikin D.E., Bovan S.D., Hekert E.V., Modina M.A. Ispol'zovanie neyronnyh setey dlya organizacii vizual'nogo nablyudeniya// Morskie intellektual'nye tehnologii,- 2019- № 4-3 (46).- S. 91-95.

9. Baburina O.N. Mirovoy morskoy torgovyy flot: dinamika, struktura, perspektivy [tekst] / O.N. Baburina, E.V. Hekert, Yu.L. Nikulina // Transportnoe delo Rossii-2017-№ 1.-S. 88-92.

10. Timchenko T.N., Hudyakov S.A. Razrabotka optimal'noy shemy podogreva gruza «mazut» v reyse. -//Ekspluataciya morskogo transporta,- 2020.-.№2 (95).

11. Epihin A.I., Kondrat'ev S.I., Hekert E.V. Prognozirovanie mnogomernyh nestacionarnyh vremennyh ryadov s ispol'zovaniem neyromodelirovaniya.// Morskie intellektual'nye tehnologii- 2020.- № 4-4 (50).- S. 23-27.

12. Epihin A.I., Hekert E.V., Karakaev A.B., Modina M.A. Osobennosti postroeniya prognosticheskoy neyrofazzi seti// Morskie intellektual'nye tehnologii,-2020,-№4-4 (50).-S. 13-17


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