Lysenko V. P., Chernova I. S.
Pages: 48-53.

Full article: 

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Abstract

The purpose. To develop algorithm of security of the set quality of production of entomophages on the basis of utilization of illegible logic. Methods. Illegible logic, E. Harrington’s theory. Results. Algorithm is developed of optimization of production of entomophages on the criterion of quality on an instance of entomological specimen Brakon (Habrobracon hebetor). Input data for optimization were values of biological and complex indices gained at different parameters of microclimate. Levels of desirability of complex merit number of entomophage Brakon are specified by means of E. Harrington’s function. Criterion of optimization of production of entomophages is the degree of approximation of desirability of complex merit number to linguistic assessment “very good”. The illegible assessment of desirability of complex merit number of entomophage Brakon is carried out. The mean error of approximating is in acceptance limits. Conclusions. On the basis of the theory of illegible logic the algorithm of optimization of production of entomophages on a criterion of performance is developed. Entomologic products with merit number “very good” match the following parameters of microclimate: air temperature 26 — 29°C, relative humidity of air 70 — 80%. These parameters of microclimate can be used at formation of strategies of control by conforming system of automation.

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Key words: production of entomophages, optimization, quality, E. Harrington’s function of desirability, illegible logic.

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References

1. Belyakova NA. Production of entomophages for greenhouse plant growing. Protection and plant quarantine. — 2013. — Vol. 5. — P. 9-12.
2. Markina T.Yu. Changes in the structural parameters of silkworm populations BOMBYX MORI L. (LEPIDOPTERA, BOMBYCIDAE) in the optimization of cultivation. Bulletin of Kharkiv National Agrarian University, series biology. - 2009. - Vol. 1 (16). - P. 99-105.
3. Molchanova E.D., Sheikina E.B., Gorodetsky S.A. Optimization of fodder for growing a mill moth. Scientific-practical Center of the NAS of Belarus for agriculture. Collection of scientific works "Protection of plants." - 2015. - Issue. 39. - P. 191-196.
4. Belousov Yu.V, Sapozhnikova M.M., Anisimova N.M. The Influence of the kind of food imago on the demographic characteristics of the Chrysoperla Carnea. Bulletin of Agrarian Science of the Southern Region. — Odessa, 2012. - Issue. 12-13. - P. 156-163.
5. Krasavina L.P. Optimization of the breeding process Aphidius kolemani. Protection and plant quarantine. - 2009. - Vol. 1. - P. 39 - 42.
6. Markina T. Yu. Structural features of artificial populations of insects as a basis of their functional stability.The Kharkov Entomological Society Gazette 2007 (2008). - Vol. XV. - Issue 1-2. — P. 197-200.
7. Bachinskaya Ya.A., Zlotin A.Z., Markina T.Yu. Optimization of spatial structures of cultures of LYMANTRIA DISPAR L. (LEPIDOPTERA: LYMANTRIIDAE )and SITOTROGA CEREALELLA OLIV. (LEPIDOPTERA: GELECHIIDAE). The Kharkov Entomological Society Gazette 2003 (2004). Vol. XI. - Issue 1—2. — P. 197-201.
8. Lysenko V.F., Chernova I.S. Formation of requirements to the energy efficient quality management systems entomophages. Materials of International scientific-practical conference "Biotechnology Systems of production and application of biologistics of agriculture "(October 3-7, 2016). - Information bulletin IOBS EPRS. — Issue 49. - Odessa, 2016. — P. 155-160.
9. Marteijn R.C.L., Jurrius O.; Dhont J.; Gooijer C.D.de; Tramper J.; Martens D.E. Optimization of a feed medium for fed-batch culture of insect cells using a genetic algorithm. Biotechnology and Bioengineering. - 2003. - Vol. 81. - Issue 3. - P. 269-278.
10. Belyakova N.A. Features of modern technology mass breeding of entomophages. Plant protection and quarantine, 2010. - Vol. 8. — P. 18-20.
11. Bulk breeding entomophage Habrobracon hebetor. Temporary technological regulations TTP00495929-021: 2013/ETI "Biotechnics" NAAS. - Odessa - 2013. - 51 p.
12. Azgal'dov G.G., Raykhman E.P. About qualimetry. M., Publishing House of Standards, 1973. — 172 p.
13. Lysenko V.P., Miroshnik V.O., Landel T.I. Optimization of tomato growing in a greenhouse using the Harrington desire function. Automation of technological and business processes. - 2015. - Vol. 7. - Issue. 4. - P. 33-39.
14. Bulgakova I.N., Morozov A.N. Use of the "desirability function for the formalization of a complex indicator of the competitiveness of an industrial enterprise. Bulletin of the VSU. Series Economics and Management, 2009. - Issue 2. - P. 54-56.
15. Suleimenov B.A. Methods of creating intelligent and hybrid process control systems. Engineering Education and Science in the 21st Century: Problems and Perspectives: Proceedings of the International Forum dedicated to the 80th anniversary of KazNTU named after K.I. Satpayev. - 2014.- Vol. II. - P. 290-295.
16. Mazorchuk M.S., Simonova K.A., Grekov L.D. Application of methods and models of fuzzy logic for modeling economic processes . Sistemi obrobki informatsii. - 2007. - Issue. 9 (67). - P.159-162.
17. Shalabanov A.K., Roganov D.A. Econometrics. Teaching-methodical manual. Kazan: Academy of Management "TISBI". - 2008. - 203 p.