Technology, energy, agriculture transport AIC

Volontyr Lyudmila – PhD, Associate Professor of Department “Modeling and Information Technologies in

Economy” of Vinnytsia National Agrarian University (Sonyachna Str., 3, Vinnytsia, Ukraine, 21008, e-mail:

milavolontyr@ukr.net).

Zelinska Oksana – PhD, Associate Professor of Department of “Modeling and Information Technologies in

Economy” of Vinnytsia National Agrarian University (Sonyachna Str., 3, Vinnytsia, Ukraine, 21008, e-mail:

zeloksanavlad@gmail.com).

Solving design problems involves the application of a systematic approach to managing computer

systems, requires a separation of the design process and construction of the object with the establishment

of real terms for each task, that is, the division of the general problem into elementary tasks and

instructions for their implementation to individual specialists. The article deals with the rational structure

of computer systems design management, which allows to increase the productivity of specialists with the

existing contradiction between the established term of technological control implementation and the

quality of project materials, taking into account the nature of work in the changes of internal and external

conditions. The purpose of management of the design system is to maintain a rational functioning while

performing the tasks with high performance and minimal costs. The systematic approach to design

management establishes the composition of the links, defines the hierarchy, external and internal links,

which are the basis for building a rational structure of the design management system. The design tasks

have been identified and the computer system design management strategy has been identified. A

rationally organized design management system allows to develop project materials at a high scientific

and technical level with minimal refinements of TU during its implementation.

[1] Kliuev, V.V., Hlazov, V.V., Dubrovskyi, A.X., Kliueva, A.S. (1990) Proektyrovanye system

avtomatyzatsyy tekhnolohycheskykh protsessov [Design of systems of automation of technological

processes] Moscow: Enerhoatomyzdat. [in Russian].

[2] Pistunov, I.M. (2008), Proektuvannia informatsiinykh system [Design of information systems], D.:

Natsionalnyi hirnychyi universytet. [in Ukrainian].

[3] Zhuk, K.D. & Tymchenko, A.A. (2004), Avtomatyzyrovannoe proektyrovanye lohykodynamycheskykh

system [Automated design of logic-dynamic systems], Kyev. «Naukova dumka», [in

Ukrainian].

[4] Kharchenko, V.S., Skliar, V.V. & Tarasiuk, O.M. (2004), Metodы modelyrovanyia y otsenky

kachestva y nadezhnosty prohrammnoho obespechenyia,[ Methods for modeling and evaluation of

software quality and reliability] Kharkov. [in Ukrainian].

[5] Kuntsevych, V.M. (2006), Upravlenye v uslovyiakh neopredelennosty: harantyrovannыe rezultatы v

zadachakh upravlenyia y ydentyfykatsyy,[ Uncertainty management: Guaranteed results in

management and identification tasks] Kyev Naukova Dumka. [in Ukrainian].

[6] Zhuk, K.D. (1976), Metodы systemnoho proektyrovanyia kak osnova razrabotky ATS [Methods of

system design as the basis for the development of ATS], Kyev. [in Ukrainian].

[7] Breujer, M.A. & Zhidkov, N.P. (1972), “Recent achievements in the field of automation of design and

analysis of digital systems”[ The latest advances in the automation of design and analysis of digital

systems], Tr.-In-ta-inzhenerov-po-jelektron.-i-radiojelektronike, vol.1, pp.19-49. [in Ukrainian].

[8] Lysohor, V.M. & Zelinska, O.V. (2013), “Structural two-level logic-dynamic model of the control of

vibro-impact devices of agricultural machines” [Structural two-level logic-dynamic model of control

of vibratory devices of agricultural machines], Vseukrains'kyj NTZh «Vibratsii v tekhnitsi ta

tekhnolohiiakh», vol.2(70), pp.42-45/ [in Ukrainian].

[9] Strutynskyi, V.B., Veselovska, N.R. & Zelinska, O.V. (2008), “Avtomatyzatsiia proektuvannia

tekhnolohichnykh protsesiv ta system” [Automation of design of technological processes and

systems], Vseukrainskyi NTZh «Vibratsii v tekhnitsi ta tekhnolohiiakh».- vol.3(52), pp.22-30. [in

Ukrainian].

[10] Sevost'yanov, I. V. (2015) Ratsionalʹna poslidovnistʹ proektuvannya tekhnolohichnykh protsesiv

skladannya [The rational sequence of designing technological processes of assembly], No 1, 1 – 5,

Naukovi pratsi Vinnytsʹkoho natsionalʹnoho tekhnichnoho universytetu

[11] Ivanchuk, Y.V., Iskovich-Lototsky, R.D., Kotz, I.V., Sevostyanov, I.V. (2018) Matematychne

modelyuvannya tekhnolohichnoho protsesu zavantazhennya sudna vibratsiynym konveyerom

[Mathematical modeling of technological process of loading a ship with a vibrating conveyor], No 2

(10), 81 – 92, Shipbuilding & Marine Infrastructure.