bluuebunny/crossref_metadata_2025_split huggingface dataset:
On the requirements for operational planning systems for industrial production
Authors: Vysochin S V , Boyar-Sozonovitch A S 
Published: May 2020

Abstract
The article analyzes and systematizes the requirements of potential and real users to computer systems for operational planning and production management. There is a particular attention to production systems of the “Advanced Planning and Scheduling” (APS) class, which have a high degree of integration with the systems of the “Manufacturing Executable Systems” (MES) class. There is also a brief overview of the reasons for the creation of APS systems, as well as their general ideology and conceptual problems in the development. A number of key requirements for APS systems are considered, as far as possible, in the order in which they arise both during the development and the operation of these systems. The article was based on the long-term interaction of its authors with representatives of manufacturing enterprises of various sizes, belonging to different industries located in Russia and the countries of the Commonwealth of Independent States. This interaction was carried out as a part of the implementation of the “Zenith SPPS” information system in the pilot and industrial operation.
Improving manageability by sustainable development of territories based onexpanding the possibilities of its measurement
Authors: Ya Belobragin V , Ivanova G N , Chudinovskikh I V 
Published: May 2020

Abstract
The article deals with some aspects of sustainable development connected with improving its management. The author’sinterpretation of this concept is given, the necessity of managing such development is substantiated, and the main tasks of management are formulated. Particular attention is paid to the consideration of various nomenclatures of indicators of sustainable development, including those established by international standard and tothe identification of their advantages and weaknesses.
Mathematical and hardware modelling of MST radar signals
Authors: Dmitriev D D , Ratuschnyak V N , Gladyshev A B , Golubyatnikov M A , Buravleva M E 
Published: May 2020

Abstract
The study examines the features of formation of radar signals, their structure, and software and hardware complex of MST radar. The results of formation of radar pulses with different types of phase and amplitude-phase modulation, as well as the results of generation of these pulses and their spectral analysis are presented. These results are obtained by using hardware based on PXI modules produced by National Instruments and Keysight and a software model created in the LabVIEW development environment.
Assessment method for fresh concrete spreadability
Authors: Emelyanov R T , Turysheva E S , Yakshina A A , Makeich V V , Berseneva M L 
Published: May 2020

Abstract
The results of studies of the fresh concrete spreadability using 3D printing of construction products are presented. The 3D printer is an automated device for the construction of buildings and erectioins, the manufacture of specific structures and products by the method of three-dimensional printing of fine-grained fiber-reinforced concrete with special additives, sand concrete, geopolymer concrete, etc. Assessment methods for the concrete consistency occurring during installation are considered. The applied methods for assessing the spreadability of fresh concrete take into account only its own mass of concrete and do not reflect dynamic processes. The use of the ultrasonic method allows mass testing of products of any shape repeatedly, to continuously monitor the growth or decrease in strength. The disadvantage of this method is the error in the transition from acoustic characteristics to strength. The spreadability of the concrete mixture is estimated depending on the amplitude-frequency characteristics. The dependences of the amplitude of vibrations and accelerations of the paver hopper on the density of the concrete mixture are given. Particular optimization of vibration accelerations by the amplitude of the oscillations of the hopper walls, the amplitude of the oscillations of the charge layers and the stiffness of the vibration dampers is performed.
Business process transformation: impact mobile technology and social networks on the business dynamics of the company
Authors: Okrepilov Vladimir V , Kovalenko Boris B , Getmanova Galina V , Turovskaj Maria S 
Published: May 2020

Abstract
The article presents the results of a study of the impact of mobile technology and social networks motivating management to transform business processes to ensure positive business dynamics of the company. Based on the analysis of indicators of the use of mobile technologies and social networks in business, it was revealed that these factors have an effective impact on the business dynamics of the company and become catalysts for the transformation of business processes. It is noted that mobile technologies contribute to a change in the traditional channels of interaction between business organizations and counterparties, a change in the role of consumers in the business process, the establishment and development of the phenomenon of consumer market power through social networks. The authors’ attention is focused on the problem of maintaining the mobile state of the business, which is able to meet the growing demands of consumers in a changing environment. To solve this problem, the authors see the relevance in the development of a culture of organizational change. Increasing the degree of business mobility, which is able to respond in a timely manner to changing consumer requirements, creates a motive for constant changes in business processes. This means that it is necessary to create norms, rules, regulations and standards of changes. The authors propose a phased scheme for transforming a business process.
Features of the QFD method in the development of software and hardware complexes for controlling groupings of unmanned aerial vehicles
Authors: Semenova E G , Antokhina Yu A , Balashov V M , Smirnova M S 
Published: May 2020

Abstract
In the practical implementation of projects for the development of software and hardware complexes for managing unmanned aerial vehicle groupings within the SCRUM technological system, not only issues of a systematic and logical determination of the architectural and technological aspects of the quality of the hardware platform and software being developed are important, but also the effective development of specific recommendations on quality improvement measures in the current process conditions. The method of developing recommendations on ensuring the quality of the isolated components of the software and hardware complexes for controlling the groupings of unmanned aerial vehicles, which in essence is the correct localization of the method of structuring the quality functions (Quality Function Deployment: QFD method) to the subject area of development and creation, is aimed precisely at ensuring the indicated efficiency hardware-software complexes, software within the framework of the SCRUM technological system.
Development of an identifier analysis algorithms to account for the movement of material flow in space transport systems
Authors: Taratun V E , Fetisov V A 
Published: May 2020

Abstract
In modern space transport systems, the extremely urgent task of a unified identification and labeling of goods for various segments. One of the main tasks to be solved in the process of organizing the movement of cargo for delivery to the International Space Station is the organization of operational management. The article discusses international standards for identification and hardware implemented on the basis of radio frequency identification technology. The cargo movement system should have modules for cargo traffic planning, which is currently not the case. In addition, an important task in organizing the operational accounting of the material flow of goods is the realization of the possibility of a single information exchange between the various segments of the space system, which in turn involves the use of standardized methods and means. The article discusses the technology of automatic identification in relation to the space industry, the basic standard documents and provides a new developed algorithm for the analysis of identification codes of cargo data for the space transport system.
Automated control systems for wastewater discharges in the pulp and paper industry
Authors: Epifanov A V , Tsoy E V , Smirnova V O , Smirnova A S 
Published: May 2020

Abstract
The algorithm and the experience of implementing automated systems for monitoring the quality of waste in the pulp and paper industry in the framework of a unified system of industrial environmental control are being considered. The required list of wastewater parameters subject to automated control is determined. The main technical and operational characteristics of automated wastewater quality control instruments included in the unified state register of measuring instruments are being considered. The problems of introduction of automated wastewater quality control systems in the Russian Federation are being considered.
Quality evaluation information system of street cleaning
Authors: Terekhova V S , Popov A A , Gritsenko E M , Satsuk M M , Artyshko A A 
Published: May 2020

Abstract
The problem of increasing the effectiveness of measures aimed at the effective implementation of public utilities in a modern urban environment is being addressed. The main task is to control the quality and efficiency of work performed. Timely street cleaning is hindered by many factors, including the lack of a unified automated information system for evaluating the work performed. This approach will allow you to combine high performance due to the speed of the system and effective quality control of street cleaning. The aim of this work is to study and analysis of existing information systems, allowing to automate the process of quality control and operational execution of the challenges described above. On the basis of the conducted research, develop an information system, agreeing with the customer (administration of the Central district of Krasnoyarsk) requirements and functionality. The principles of metrological support and operation of measuring equipment are the basis for creating and maintaining the state of automated information system measurements, in which their unity and uniformity is observed. This article presents the main aspects of the design and software solution. The software solution is implemented in the PhpStorm integrated development environment in the PHP programming language.
CFAR multi-target detection based on non-central Chi-square distribution for FMCW
Authors: Ivanov S I , Kuptsov V D , Fedotov A A , Badenko V L 
Published: May 2020

Abstract
The results of synthesis and analysis of the effectiveness of the optimal location-based system for joint detection and estimation of informative parameters of quasi-determined radar signals with frequency modulated continuous wave are presented. A method has been developed for calculating the noise immunity indices of frequency modulated continuous wave radars and the detection threshold of signals in the quadrature channels of the optimal radar receiver based on off-center χ‘2-distribution for given technical characteristics of the location system, including the mode of operation for detecting and evaluating parameters in multi-target mode.
Automation design systems for mechanical engineering and device node design
Authors: Morokina G S , Umbetov U , Mailybaev Y K 
Published: May 2020

Abstract
This paper is concerned to the analysis of the construction of the devices with software program for the engineering production. It is necessary to optimize the basic parameters of production for quality improvement. The important and modern trend is development of the program platform for useful and not very expensive software. The integrating program allows us to create new modules of the software for design devices. It was done the overview of the programs for analyzing the main elements of the individual parts of the construction devices for the modern control systems. It was shown that the idea of construction connected possible with integrated software system Trace mode. This product has module for design and investigation of apparatuses with new quality of elements. Concepts relating to design issues are interpreted by different approaches in international standards.
Application of the Taguchi method to optimize the strength level of dispersed-filled polymers with reduced combustibility
Authors: Efremov N Y 
Published: May 2020

Abstract
The article considers optimization of strength level of dispersed-filled polymer materials based on polyurethane BASF with addition of perlite powder and aluminum hydroxide of different dispersion degree. The Taguchi experiment was chosen as a method of investigation. The experiment plan includes 7 controlled factors and 2 interference factors. An optimal combination of factors is determined to provide a maximum signal-to-noise ratio and a minimum variation coefficient. Controlled factors are ranked by degree of influence on sensitivity of tensile strength to interference. The applicability of the Taguchi method to optimize the strength of dispersed-filled polymers has been confirmed.
Detection of defects on apples using hyperspectral reflection visualization combining both vegetation index analysis and neural network
Authors: Balabanov P V , Divin A G , Egorov A S , Zhirkova A A , Yudaev V A 
Published: May 2020

Abstract
The article shows the possibility of using vegetation indices to build algorithms for recognizing defects in plant tissue of apples. The authors demonstrate that it is advisable to use halogen lamps as light sources for apples hyperspectral control, but LED backlighting to correct the spectrum at the edges of the 400-1000 nm range is preferable to use. The experimentally obtained spectra of the optical radiation reflected from the apples plant tissue in the mentioned wavelength range are presented and show the possibility of identifying defects using vegetation indices. At the same time, the risk of obtaining false defects for some varieties of apples is revealed. To reduce this risk, it is proposed to use artificial Deep Feedforward neural networks with one hidden layer.
Diagnostics of the ecological state of aquatic and urban ecosystems using radiometric and bioindication analysis methods
Authors: Batrachenko E A , Goneev I A , Lukashova O P , Rudnev V V 
Published: May 2020

Abstract
Currently, all over the world, great attention is paid to the problem ofthe ecological state of urbanized territories. The issues of protection of the atmosphere, water sources, flora and fauna, soil cover are becoming increasingly acute. The issues of the methodology of environmental monitoring of ecosystem components transformed by anthropogenic activities deserve particular attention. Diagnostics of the ecological state made by physical and bioindication methods allows to obtain representative groups of indicators.
On the modeling of wild reindeer Rangifer tarandus sibiricus Murrey, 1886 migration processes using the example of the Taimyr-Evenki population
Authors: Soukhovolsky V G , Savchenko A P , Muravyov A N 
Published: May 2020

Abstract
The work focuses on the developing further methods for assessing the state of species during migration using satellite observation methods for monitoring the displacement of selected individuals in populations. The characteristics of the movement mode are used as an indicator of the state of a single species. The situation with deer can be considered by analogy with the assessment of the quality of the car and its movement mode. The speed of movement depends, on the one hand, on the design of the car, on the other hand, on the quality of the road surface, the availability and quality of fuel, the driver’s condition, etc. Similarly, the migration mode of a deer is determined by the physiological condition and physical capabilities of the individuals, landscape characteristics, feeding availability and quality. All these indicators are expressed through the deer displacement strategy: in the absence of resources on a certain area of the migration path in a satisfactory physiological condition, it is advisable for the individuals to increase the speed of movement in order to quickly get to the area with ample food. The characteristics of a possible stop-go strategy, determined by the alternating periods of fast running, resting and eating, can also depend on the state of a single species. It is also possible that there is a connection between the state of a single species, speed of movement and current weather conditions. The question arises whether it is possible to identify the type of migration strategy and the condition of individuals during their “marathon” run by time series of average daily speeds.
Comparative study of finite element analysis software packages
Authors: Magomedov I A , Sebaeva Z S 
Published: May 2020

Abstract
research of the work is dedicated on comparing the abilities of Finite Element Analysis of software packages Abaqus (Computer-aided engineering), Ansys (Mechanical), SOLIDWORKS and Inventor Nastran. The next software packages were selected as they are the popular products in the market today. In the Introduction the meaning of Finite Element Analysis tool is explained. Abaqus (Computer-aided engineering), Ansys (Mechanical), SOLIDWORKS, Inventor Nastran are described in the part of Literature review. From point of view their capabilities and specific features by compared to each other. Using the available data form the software packages the comparison took place. The outcome of the research illustrated that all four software packages capabilities are almost the same. However, the most diverse from the list was SOLIDWORKS. Abaqus (Computer-aided engineering), Ansys (Mechanical), Inventor Nastran has similar abilities. The difference was that Inventor Nastran is not capable of performing acoustic analysis. SOLIDWORKS differ from others in terms of it does not performs acoustic, Electric/magnetic Fluid flow and Fluid structure interaction. it also was point out that limited versions, that come free has some restriction when dealing with mesh. It was said that limitation constrains the quantity of nodes in the structure, which limits the analysis. By last the results, it was observed from the given data that SOLIDWORKS is aimed mainly on modeling a part or assembling the whole structure and doing available analysis in it. Hence SOLIDWORKS is marketed and aimed on modelling and assembly the other three software packages Abaqus (Computer-aided engineering), Ansys (Mechanical) and Inventor Nastran are analysis tools, which are utilized by the investigators and industry.
Informational and analytical system for monitoring migration of migratory birds in Northern Kazakhstan
Authors: Zuban I A , Kassimov I R , Zhadan K S 
Published: May 2020

Abstract
Nesting and stopping sites between nesting and wintering periods are of great importance for birds. The disappearance of these places as a result of human activity, the destruction of wetlands for use in agriculture does not allow birds to feed during the flight, which causes the death of birds during migration. The article is devoted to observations of migration of migratory birds of Northern Kazakhstan. The purpose of these observations is to track the population of birds, places of mass accumulation of migratory birds, wintering places. Modern satellite telemetry tools are used to monitor the route of movement and the time of stay of birds in certain local zones. Computer processing of data, stored on the server, allows to map the route, analyze, model and predict the behavior of birds during migration.
Development of a design of the mixer for an intensification of chemical and technological processes in the industry
Authors: Boev E V , Afanasenko V G , Boeva N I 
Published: May 2020

Abstract
From all variety of instrument registration of processes of hashing for an intensification of chemical and technological processes in the industry small-volume rotor mixers and dispersers with disk actions even more often find application. In this article the design of the small-volume mixer for receiving heterogeneous mixes is described. Constructive design of the device allows to carry out efficiently processing of homogeneous and heterogeneous mixtures.
Engineering process automation to determine the required material hardness of a cylindrical gear in Autodesk Inventor
Authors: Petrakova Ekaterina A , Brovkina Yuliya I 
Published: May 2020

Abstract
The article discusses the method of designing a cylindrical gear pair in Autodesk Inventor, which allows for its automated design and verification calculation within CAD software with the reconstruction of the geometry of the 3D model of the gear pair. The software product created by the authors makes it possible to obtain data on the required hardness of steel for the gear pair immediately after receiving the technical specifications for a wide range of operating torques, gear ratios and other parameters set in the technical specifications to select the best option from all possible. The paper presents the results of studies using the created software product: the values of the hardness of the material, the mass-dimensional parameters for the range of transmitted torques 250-710 Nm, gear ratios 2-5, and overall dimensions determined by the center distance of the gear transmission in the range 125-180 are obtained mm.
Development of environmentally friendly alcohol-fuel emulsions for diesel engines
Authors: Likhanov V A , Lopatin O P 
Published: May 2020

AbstractIn this work, the ecological mixture of alcohol with petroleum motor fuel was studied. Since one of the main qualities of an alcohol emulsion that determines its applicability in diesels is stability, the emulsion must have sufficient stability to operate the diesel for a long time. The results of microscopy of newly prepared samples of alcohol emulsions and samples with already started flocculation process are presented. The stability of alcohol emulsions with different amounts of alcohol and additives was studied. The optimal values of methyl and ethyl alcohol, water and additives in the emulsion intended for use in diesel engines were determined.
Innovative technologies and digitalization in radio electronics
Authors: Sopoeva I A , Kamberdieva S S , Kh Dedegkaev V , Gutieva A S 
Published: May 2020

Abstract
The purpose of this study is to consider the concept and value of the digital economy in the electronic industry. Attention was focused on digitalization of the full life cycle of radio-electronic products ensuring not only maximum efficiency and coherence of all business processes, close interaction of suppliers of equipment components, manufacturer and consumer, but also in the global sense contributes to increase of competitiveness of Russian radio-electronics. The development of the digital economy is necessary to strengthen economic relations between actors in order to simplify and accelerate the work of people, to conduct processes in a simple and transparent manner; In addition, digitalization will increase the need for skilled electronic equipment. The article reveals a certain aspect of innovation in the development of radio electronics and Internet technologies, which would make them competitive in modern economic conditions.
New urethane multiblock-copolymers obtained using naphthalene diisocyanate
Authors: Yu Senichev V , Makarova M A , Slobodinyuk A I , Pogoreltsev E V , Kulakova M V 
Published: May 2020

Abstract
Multiblock-copolymers were synthesized on the base oligoethers, oligoesters, naphthalene diisocyanate, and butanediol. The thermal, thermomechanical, and physico-mechanical properties of obtained copolymers with a variable composition of soft and hard segments were investigated. The relationship between the structure and properties of a new type of multiblock-copolymers was established. New materials can find application in various conditions of mechanical loading.