Multi-level diagnostics of agrarian economy subjects according to the degree of readiness for digital transformations

Self Cite

The rationale for the need to improve greenhouse complexes using energy-saving technologies for growing vegetable products, including cucumber, is presented. The purpose of the work is to justify the use of modern electrical technologies in protected ground structures to increase the productivity of cucumber. Based on the objectives of the study, the following tasks were identified: analysis of the operating modes of electrical equipment to identify ways to increase its productivity and reduce energy costs in the production of cucumbers on protected lands, significantly increase the efficiency of pre-sowing treatment of cucumber seeds by developing a system for automatic stabilization of the ultraviolet radiation dose. Energy requirements are related to the strategic choice of producers in relation to the structure, greenhouse and climate equipment used, such as ventilation systems, cooling, heating, as well as cultivation and adaptation methods. The search for new and efficient electrical technologies is becoming an urgent research aimed at optimizing the entire technological cycle and all stages of obtaining a high and high-quality crop. Including: 3D light surveillance models affecting the angle of the roof of the greenhouse in the direction, as well as this approach allows the greenhouse to receive 25% more natural light in the winter months, saving up to 15% energy; two new sensors will be tested to measure the true photosynthesis of crops; existing LED lighting has achieved an energy efficiency increase of about 40% in both summer and winter.

Section: Source: Compiled By the Authorsmentioning

confidence: 99%

Application of electrical technologies to increase the productivity of cucumber in protected ground structures

Durmanov,

Kilicheva,

Nurimbetov

et al. 2023

Self Cite

“…According to S. Tkachenko et al, the concept of "mechanism" is borrowed from the technical field. It implies the device of the machine, its functioning, and the implementation of actions [12,17]. There are analogies in economics: the occurrence of a phenomenon causes a coupled reaction of the elements of the system.…”

Section: E3s Web Ofmentioning

confidence: 99%

Improvement of the organizational and economic mechanism for managing the quality of greenhouse products

Durmanov,

Abdurazakova,

Eshev

et al. 2023

Self Cite

The need to provide the population with quality and environmentally friendly food is an important task. To solve it, it is necessary to analyze the main organizational and economic mechanisms that affect the activities of the sector in order to increase the efficiency of greenhouse production. It should be noted that the greenhouse is a more complex organizational structure, so its creation requires more material resources. However, like any organization, the greenhouse industry needs a well-organized mechanism for cost-effectiveness. The research aims to study and formalize the organizational-economic mechanism and optimize the level of quality and volume of production of greenhouse products using the production function. The study of the organizational and economic mechanism of greenhouse When studying the structure and economics of the mechanism of greenhouse facilities, we used general scientific research methods such as analysis, synthesis, inductive, monographic research, abstract-logic, and others. An analysis is needed of the nature and form of the management mechanism and the economy to increase the quality and volume efficiency of production in the greenhouses of the republic. The basis for this is to improve the use of factors of production. The production function obtained from the study describes each organizational-economic mechanism, as well as their overall impact on the result of the activity, which allows the best redistribution of financial, labor, and technological resources. Possible ways to improve the implementation of several measures to ensure the most effective operation in the field of quality management, as well as in greenhouses, as in other sectors of the economy.

“…and go broke, thereby "Y" gets rid of a potential competitor and remains a monopolist in this area. Thus, the measures for the intensive development and modernization of agriculture contained in the «Strategy of Action for Five Priority Development Fields of the Republic of Uzbekistan in 2017-2021» [1,41] will ensure the sustainable development of the agricultural sector, strengthen the country's food security, increase export potential and improve the quality of life of the population of the republic.…”

Section: Hurwitz Criterionmentioning

confidence: 99%

Application of game theory simulation in the management of an agro-industrial enterprise

Farmanov,

Yuldasheva,

Tursunov

et al. 2023

In the context of climate change, the agro-industrial complex certainly belongs to the class of complex production and economic systems, and in practice experiments to improve the management of such systems are dangerous because they can lead to unexpected and irreversible changes. According to the proposed scenario, agriculture in Uzbekistan will be extremely dangerous, as agricultural production depends on a number of risks, such as geopolitical situation, water scarcity, soil, weather, climatic conditions, pesticides, seeds, price differences, flow of organisms and diseases. mentions several of these game theory theories. This article discusses one of the decision-making methods in choosing the main type of agricultural product. The main goal is to determine the lowest expected outcome and the highest return in the shortest possible time with minimal investment, and the author used mathematical methods of game theory to analyze decision-making options to achieve the expected goal. especially games with nature, ie. maximum and minimum convolutions, Baes criteria, Vald criteria, Hurwitz criteria, Sevige criteria. The results confirm that, in addition to the effectiveness of the described methodology, the use of a game theory model is effective in developing and selecting the best production decisions in conditions of uncertainty where the production process is highly dependent on random factors. for the decision - making process. In order to increase the efficiency of management decision-making in the agro-industrial complex, the prospects for further development of these approaches are justified.