Bel'chenko V. M., Chernova I. S., Targonia V. S.
Pages: 49-52.

Full article: 

---

Abstract

The purpose. To develop methods of designing bioengineering complexes of production of entomo- cultures. Methods. Analytical, systematized search, structurally-parametrical and intellectual. Results. The frame of bioengineering complex of production of entomo-cultures is specified. The structurally- parametrical complex of evaluation test of trichogramma is developed. On the basis of the theory of indistinct flocks the expert system of evaluation test of grain moth (Sitotroga cerealella Oliv), hexapod- host of entomophage Trichogramma is prepared. Conclusions. Structural and intellectual methods are developed of designing bioengineering complexes of production of entomo-cultures. That can be beneficial in a subsystem of decision-making at building control systems over the production of entomophages by criterion of quality. Application of the theory of indistinct flocks allows tracking influence of parameters on quality indexes of entomo-cultures in conditions of the limited entrance data, to save time for acceptance of necessary decisions.

---

Key words: bioengineering complex, entomo-culture, quality, indistinct flocks.

---

References

1. Belchenko V.M., Shejkin B.M., Leshishak A.V., Borodavkina T.V. To the question of entomocultures inhabitance volumes determination in the industrial biotechnological systems. Scientific-practical Center of the NAS of Belarus for agriculture. Collection of scientific works "Protection of plants." — Nesvizh, 2013.- Issue 37. - P. 161 - 167.
2. Bespalov I.N. Laboratory climatic complexes for experiments with biological objects. Collection of scientific works of the Institute of Sugar beet UAAS "Methodology, mechanization, automation and computerization of research in agriculture, plant growing, horticulture and vegetable growing". Kiev. - 2007. - Issue 9. - P. 300-301.
3. Thompson S.N. Nutrition and culture of entomophagous insects. Annual Review of Entomology. — 1999. — V. 44. — P. 561-592.
4. Carson Cohen A., Donald A. Nordlund, Rebecca A. Smith. Mass rearing of entomophagous insects and predaceous mites: are the bottlenecks biological, engineering, economic, or cultural? Biocontrol News and Information. — 1999. - V. 20. - Issue 3. - P. 85-90.
5. Mangan R., Dirilgen T., Baars J. Responses of adult Hydrellia lagarosiphon to a revised diet: implications for life cycle studies and laboratory culturing techniques. Entomologia Experimentalis et Applicata. — 2015. — V. 157. - Issue 2. — P. 164-169.
6. Chernova I.S., Barabash A.D. Application of information technologies in the production of entomological products. Mater. of reports of the Internat. Confer. "Current status and prospects of biological control innovations in agriculture"(Odessa, on September 9-12, 2013). Inform. bulletin IOBS EPRS, issue 45. —Odessa, 2013. - P. 124-125.
7. Molchanova E.D., Bileckaya T.A. Complex system of mass production of the Bracon. Mater. of reports of the Internat. scientific-practical Conference "The Biotechnological Systems of Production and Application of Biological Plant Protection Tools in Agriculture", dedicated to the 45th anniversary of the ETI “Biotechnics” (Odessa, on October 3-7, 2016). Inform. bulletin IOBS EPRS, issue 49. — Odessa, 2016. - P. 172-177.
8. Leshyshak A.V. Improvement of Trichogramma mass rearing technology. Quarantine and plant protection. — 2014. — Vol.7. — P. 8-10.
9. Technological interim regulations for the production of commodity Trichogramma TTP- 46.00495929-002-2005/ETI “Biotechnics” UAAS. — Odessa. — 2005. — 19 p.
10. Dvoreckiy S.I. Muromtsev Yu.L., Pogonin V.A., Skirtladze A.G. Modeling of systems. Textbook. Moscow: Academy. - 2009. - 320 p.
11. Shalabanov A.K., Roganov D.A. Econometrics. Teaching-methodical manual. Kazan: Academy of Management "TISBI". - 2008. - 203 p.
12. Shtovba S.D. Ensuring the accuracy and transparency of the fuzzy Mamdani model when learning from experimental data. Problems of Management and Informatics. - 2007. - Issue 4. - P. 1-13.