Currently, the problem of increasing the efficiency of managing resource-intensive tasks in distributed computing systems is quite acute. Analysis of existing task dispatching algorithms for traditional computing systems showed the limitations of using these methods in heterogeneous systems, as a result of which significant delays can occur between task switching.A functional mathematical model for estimating the workload of distributed computing systems is proposed, based on determining the probability of downtime of the processing center as a criterion for assessing the system load. Using this model will provide increased efficiency in managing resource-intensive tasks in distributed computing systems.

Keywords: mathematical model, distributed computing system, processing center, loading

The article discusses several equivalent circuits constructed by sequentially connecting circuits for the membrane and protoplasm. The solution was made using the Cardano formula for cubic equations. The roots in the expression for the determination of resonant frequencies determined the resonant frequencies for the given parameters for the membrane and intercellular fluid; to obtain numerical values, values ​​were used within several permissible limits. In the course of the calculations, it was confirmed that most resonant frequencies are in the millimeter and submillimeter ranges. It is also shown that the cell vibration frequencies occupy the decimeter, centimeter, millimeter and submillimeter wavelengths. Obviously, it is the impact on biological systems of electromagnetic radiation in the indicated wavelength ranges that will be most effective and can lead to a maximum biological response (effect).

Keywords: equivalent equivalent circuit, biological structure, membrane, oscillatory circuit, Cardano formula, protoplasm, resonant frequencies, electrical processes, equivalent equivalent circuit, electromagnetic radiation

The work is devoted to the means and methods of innovative management. Associated mainly with startup projects. This refers to an extended concept of startups, not only and not so much as an organization that creates a new product or service in conditions of high uncertainty, but as an innovative project with a high degree of risk. The algorithm for implementing startups is considered, and the factors that influence the introduction of innovations, both external and internal, are presented. Much attention is paid to effective tools and methods for implementing startups. Such as the application of systems analysis and diversification of production. It is shown that one of the foundations of innovative technological business in the economy is currently played by industrial-agricultural symbiosis. All of the above questions are illustrated by numerous specific examples. The main goals and principles of innovation management identified in the course of the conclusion are logically derived from the totality of which. The work is of a scientific and practical nature. It can be used both in scientific research of modern business processes and for practical guidance in conducting specific campaigns.

Keywords: innovation, startup, management, system analysis, sustainable development, synergistic systems, symbiosis, diversification, implementation algorithm, goals, means

The work is devoted to the means and methods of innovative management. Associated mainly with startup projects. This refers to an extended concept of startups, not only and not so much as an organization that creates a new product or service in conditions of high uncertainty, but as an innovative project with a high degree of risk. The algorithm for implementing startups is considered, and the factors that influence the introduction of innovations, both external and internal, are presented. Much attention is paid to effective tools and methods for implementing startups. Such as the application of systems analysis and diversification of production. It is shown that one of the foundations of innovative technological business in the economy is currently played by industrial-agricultural symbiosis. All of the above questions are illustrated by numerous specific examples. The main goals and principles of innovation management identified in the course of the conclusion are logically derived from the totality of which. The work is of a scientific and practical nature. It can be used both in scientific research of modern business processes and for practical guidance in conducting specific campaigns.

Keywords: innovation, startup, management, system analysis, sustainable development, synergistic systems, symbiosis, diversification, implementation algorithm, goals, means

For the three main processes of the enterprise, identified in the decomposition of its activities, a mathematical model in the space of conditions is developed, taking into account their relationship and interaction in the quality management system. For the obtained system of differential equations, the structural composition of the operators included in it is disclosed. An example of the application of the created mathematical model in the study of the functioning of the quality management system using linear and non-linear operators and the action of random external disturbances is considered. A discussion of the simulation results at various parameter values from the point of view of the functioning of the selected processes is presented.

Keywords: differential equation, space of conditions, process, quality management system

Systems that allow generating programs for monitoring the state of technical objects are explored. The generation of programs involves the construction of models of objects from the data received from them and the construction of data collection processes. The dependences of the complexity of the generation of models of monitoring objects on the dimension of the input stream, the dimensions of the characteristic vectors describing the state of the elements of the objects of monitoring, as well as the dependences of the complexity of the generation of data collection processes on the number of structural levels of objects, the number of information elements on each level, and the probabilities of generating processes on each of the levels. Based on the results obtained, recommendations are formulated on the use of monitoring program generation systems in solving practical problems in particular domain: recommendation on selecting right balance between often and rare model rebuilding and expediency criteria of the monitoring process generation system usage.

Keywords: complex technical object, monitoring, program generation

In this research the research problem of the liquid cooling system of supercomputer processors on nanomagnetic liquids by numerical modeling and the pilot study of processes of heat convection in the studied object is set. In article results of numerical modeling and the pilot study of process of the heat transfer are given in the heat exchanger of the liquid cooling system of supercomputer processors on the basis of nanomagnetic liquids, or ferroflyuid at influence of magnetic field impact assessment of magnetic field on the thermal resistance of the system and coefficient of heat convection the wall liquid Is made at different strengths of magnetic field. The numerical model of process of the heat transfer in the system the processor heat exchanger was investigated.

Keywords: processor, thermal resistance, Laplace equation, liquid computer cooling system, ferrofluid, nanomagnetic liquid, heat transfer, heat transfer coefficient

Models of monitoring program generation systems are proposed. to significantly reduce the cost of time and other resources for monitoring complex technical objects. Systems are considered at several levels: subsystems and modules, communication links, use cases, physical representation. A technique for adapting system models to subject areas.

Keywords: complex technical object, monitoring, models of software systems, program generation

Automation of agricultural production is one of the main tasks in the modern world. One of the areas of agriculture, which is primarily in need of automation, is selection, since manual labor is used in most technical operations. This article discusses the software with which the system of intelligent seeding will be implemented.

Keywords: intellectual seeding, software, selection, seeding algorithm, interface, hardware, process structure, data block, calculation procedure, import substitution

This article discusses such technology as the Internet of Things and the network control system for remote identification of RFID tags. In the course of the work, the most popular microcontrollers to date were considered, a comparative characteristic was carried out, and the efficiency of use was evaluated, during which the most optimal option for further work was selected. As a result, a system for remote identification of RFID tags was developed, namely, the design of the system and application software, with the ability to obtain information on RFID tags from both PC and smartphones, and the results of use on different operating systems are presented.

Keywords: Internet of Things, microcontroller, NFC module, Arduino, protocol, MQTT, RFID tag, software, data transmission, identification

The article deals with the issues of plant protection by electroaerosols of chemicals. Revealed General regularities of penetration electroaerosols jet in the topsoil and deposition of drops of electroaerosol in vegetable elements. The estimation of the depth of penetration of the aerosol jet into the plant layer and the intensity of deposition of the aerosol on the protected plants is given. This article is of interest to a wide range of readers dealing with the issues of electrical aerosol treatments in agriculture.

Keywords: electroaerosol, the jet flow of the electrical aerosol, aerodynamics jet stream, plant protection, plant layer, the charge drops electroaerosol, gravitational and electrostatic precipitation

Models of monitoring program generation systems are proposed that can significantly reduce the cost of time and other resources for monitoring complex technical objects. Systems are considered at several levels: subsystems and modules, communication links, usage scenarios, physical representations. A technique for adapting system models to subject areas is proposed.

Keywords: complex technical object, monitoring, models of software systems, program generation

To the attention of readers is submitted the detailed story about the project of young architects from Novocherkassk " The architectural and construction concept of the cable metro station in Rostov-on-Don". The basic idea of the project - a new decision of a transport problem of the connection of the right and left banks of the river Don - an air cable road. The air metro is ecologically clear, absolutely save (the high resistance to strong winds, and also the high degree of failure in any conditions) and the silent type of passenger transport. Two stations are suggested to Rostovites and guests of the city for comfort using: the multi-level parking and the shopping and entertainment centre on the right and left coasts respectively. This project solves a number of difficult tasks. First of all it combines the functionality and security and at the same time projected buildings completely accord to people's representation about the beauty and the comfort. The creation of the Cable Metro Station allows to solve the transport problem which is typical for big cities, and also it becomes a new sight of our city. Keywords: the transport problem, the cableway, the silent type of passenger transport, multi-level parking, shopping and entertainment centre, the combination of the functionality and security, the constructive scheme - the hard monolithic core, the individualization of the appearance, the unique architectural expressiveness.

Keywords: transport problem, cable car, silent type of passenger transport, multi-level Parking, shopping and entertainment complex, combination of functionality and safety, constructive scheme - rigid monolithic core, individualization of appearance, unique archit

The article presents the results of experimental studies of the parameters of micro-sized metal particles and sprayed films obtained by the method of electric explosion of metallic conductors (EVP) and electro-explosive spraying (EVN), respectively. Copper (Cu) and aluminum (Al) metal wires were used as explosive conductors. Geometrical parameters and physicochemical analysis of the obtained microparticles and thin films were carried out by means of the universal two-beam electronic system Versa 3D. From the analysis of the obtained samples of sprayed thin films and fine particles, it follows that with a discharge current density J≈10 ^ 10 A / m ^ 2 millisecond, the film thickness and particle sizes can reach values ​​less than micron scale.

Keywords: electrical explosion of conductors, thin metal films, fine particles

The article reveals the essence and significance of the socio-cultural phenomenon-architectural competition. Features of its application in modern industrial architecture of Europe. Significant advantages of this type of project activity in the context of the specifics of the architecture of industrial enterprises are revealed.

Keywords: Architectural competition, creative competition, industrial architecture, modern architecture, environmental friendliness, energy efficiency, landscape environment, architecture of Europe