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List of publications on a keyword: «control systems»

  • Construction of automated transportation and storage complexes

    Book Chapter
    Vectors of socio-economic development in Russia. Modern challenges and opportunities
    Author:
    Nataliia A. Sal'nikova
    Work direction:
    Глава 9
    Abstract:
    The chapter examines various options for constructing automated transport and warehouse technological complexes. When raising the issue of increasing the productivity of a warehouse complex, many questions always arise, the qualified solution of which will determine the speed, cost and efficiency of processing a unit of goods. There are several ways to improve warehouse operations. The article provides a description and comparative characteristics of the organization of channel, network and rod automated transport and warehouse technological complexes.
    Keywords:
    logistics, systems approach, control systems, control object, control parameters, transport and warehouse system, automated technological complex
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  • Programma-trenazhior rascheta nadezhnosti odnokonturnykh sistem avtomaticheskogo regulirovaniia

    Book Chapter
    Topical issues of pedagogy and psychology
    Authors:
    Nina A. Sizova, Nikita A. Osmakov, Sergei A. Elkov
    Work direction:
    Глава 5
    Abstract:
    The chapter describes the developed program has been developed that allows you to design single-loop automatic control systems, calculate their reliability, while simultaneously checking the user's knowledge in the field of design and ability to navigate in modern technical automation systems. When developing the program, modern software was used, namely «Visual Studio». While using the program, the user designs single-circuit automatic control systems according to such parameters as: temperature, pressure, level, flow. After designing each of the systems, the program allows the user to calculate its reliability. During the use of the program by the user, at each of its stages, if the user does not have enough knowledge, the program reports this, stops working and sends him to study the theoretical material. After completing the work, the user, through the program, must save to the computer an image with all the results obtained during the execution of the work, on which it will be indicated in the form of a watermark that all the work has been done correctly. The image can be saved to the path specified by the user in the «PNG» format. To run the program, you need a computer with Windows 7 or newer operating system, NET.Framework version 4.5 or newer. The program is portable, does not require installation, which allows it to be easily scaled to an audience with several computers, it is also worth noting that the program is small, for the time being, the size of the program is less than 5 MB, which allows it to be sent to students who are unable to attend classes via the Internet.
    Keywords:
    simulator program, selection of sensors, control loops, reliability calculation, automatic control systems, technical automation systems
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  • Research and Development of the Project of a Process Information System for Supply Chain Management on the Example of Warehouse Logistics

    Book Chapter
    Law and Economics
    Author:
    Sergei S. Gusev
    Work direction:
    Глава 2. Экономика
    Abstract:
    The article is devoted to research and development of a project for a process information system for supply chain management (SCM) (based on the example of warehouse logistics of JSC Kaluga Remputmash plant). The process of taking inventory on charge to the warehouse was selected for detailed consideration. The characteristics of the enterprise, its mission, strategic goals are described, and the architectural and process model of the enterprise is constructed. During a pre-project survey, an architectural and process model of the system for taking inventory on charge to the warehouse (“AS-IS”) was formed. The developed solutions include three aspects: practical significance, scientific and technical novelty, and commercial feasibility. Practical significance means that this system will allow the company to reduce warehouse costs, reduce the time for taking inventory on charge, for drafting and processing documents, and improve the reliability of information. Scientific and technical novelty reflects the identified problems in the process of taking inventory on charge to the warehouse and solutions to eliminate these problems. Commercial feasibility consists in the estimated effectiveness of the proposed solution.
    Keywords:
    information control systems, warehouse logistics, process of taking on charge, inventory
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