Measuring System for Use in Radar-System Development

Kanashchenkov, A. I.; Matveev, A.M.; Новиков, С. В.

doi:10.3103/s1068798x18110059

Cited by 9 publications

(4 citation statements)

References 2 publications

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“…The study used the methods of comparative analysis of the MDF results of digital signals by their multiband filtering by difference digital filters with different integer difference coefficients of different orders of difference (Burova, 2020;Burova, Kabakov, 2020). As the research materials, we used PLD built on large-module architecture and small-module architecture, as well as a combined architecture that combines the convenience of implementing DSP algorithms based on conversion tables and reconfigurable memory modules (Kanashchenkov, Matveev, Novikov, 2018).…”

Section: Methodsmentioning

confidence: 99%

Reduced hardware costs with software and hardware implementation of digital methods multistage discrete Fourier transform on programmable logic devices

Burova

Ryapukhin

Muntyan

2020

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Let us consider questions, which are connected to the research of terms of hardware and software implementation digital signal processing (DSP) methods. Theoretical basis of this research are methods of non-recursive difference of digital filtration with integer difference coefficients different orders of difference and methods of multistage discrete Fourier transform (DFT) based on such digital filtration. The purpose of the study is the research and formalization of necessary and sufficient condition of lowering hardware costs in hardware and software implementation of methods multistage DFT of digital signals on programmable logic devices (PLD). For reaching the research goal there are used methods of direct search and comparative analysis of results of such realization of methods of multi-stage DFT of digital multi-band signals, while filtering these signals, which are based on their non-recursive difference digital filtering with integer difference values coefficients and different orders of magnitude of difference. There are described abilities and specialties of PLD, which are built using architecture of a coarse-grained or fine-grained architecture or using combined architecture, which connects the convenience of implementing digital processing algorithms signals on the basis of tables of code conversion and reconfigurable memory modules. It is clear that a necessary and sufficient condition of lowering hardware costs in terms of hardware and software realization of methods for multi-stage DFT of digital signals on PLD is the triviality of meanings of integer difference coefficients of a non-recursive difference digital high difference orders’ filtration, which ensure this information. There is mentioned a formula, which allows making such condition. The practical significance of the research results consists of defining the necessary and sufficient condition of lowering hardware costs in terms of hardware and software implementation on PLD methods of multi-stage DFT signals based on their non-recursive digital difference filtering with integer values differential coefficients of various orders of magnitude difference. The novelty of research results lies in formalization of this condition. The reliability of the research results confirms their compliance with the results of well-known developments of DSP methods.

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Section: Methodsmentioning

confidence: 99%

Reduced hardware costs with software and hardware implementation of digital methods multistage discrete Fourier transform on programmable logic devices

Burova

Ryapukhin

Muntyan

2020

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“…This system consists of a diagnostic and control panel, rack of pressure regulators of various sensors, and parameter control devices located on the setup. In addition, when debugging a bench for using various powder materials and mixtures, laser Doppler anemometer can be used to measure the true velocity of powder particles at the exit of the nozzle [15], [16].…”

Section: Diagnostic and Control Systemmentioning

confidence: 99%

Concept of an Experimental Setup for Testing the Technology for the Formation of New Anti-Corrosion Coating Materials Using Low-Temperature Supersonic Heterogeneous Flows

Борисов¹,

Glukhovskaya²,

Dobrovolskiy³

et al. 2020

TEM Journal

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The article describes the creation of the concept of an experimental setup for testing the technology for the formation of new anti-corrosion coating materials using low-temperature supersonic heterogeneous flows, which allows scientific research to be carried out in a wide range of tasks of practical interest in order to create protective coatings for metal products operating under conditions of erosion and corrosion wear.

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“…If this area has more than 2 samples in onedimensional or more than 4 samples in twodimensional problem (in practice it is better to use 3 and 5 samples respectively), then, having performed interpolation of these samples, we will be able to find a rough estimate of the extremum, which will obviously lie in the unimodality area of the likelihood function. The paper puts forth the algorithm of searching for a global extremum of a one-stage probability function for wide-base passive radar systems [4], [5]. The article solves the problem of multivariate sampling of the likelihood function with the purpose of unambiguous sampling of the uniformity area including the global extremum.…”

Section: Figure 1 Block Diagram Of the Global Extremum Search Algorithmmentioning

confidence: 99%

Heuristic Global Optimization Algorithm for Estimating a Radio Source Location by a Passive Radar System

Shevgunov¹,

Vavilova²,

Guschina³

et al. 2020

TEM Journal

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The methods for generating estimator for radio source location based on digital processing of signals received at various points in space are one of the main areas of multi-position radar systems’ research. Nowadays the above-mentioned methods that can provide the highest accuracy among the others are subject of interest. So, the mean square error usually serves as a measure of accuracy, which allows formulating a convenient, for mathematical transformations, quality criteria and synthesizing the algorithms. The traditional estimation algorithms have a multi-stage character, and they are based on the formation of optimal estimators for time and phase delays of the signals and their subsequent conversion to the source coordinates. The research has the modern approaches of the development of new positioning algorithms to guarantee the achievement of the minimum mean square error and do not create excessive computing load.

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Measuring System for Use in Radar-System Development

Cited by 9 publications

References 2 publications

Reduced hardware costs with software and hardware implementation of digital methods multistage discrete Fourier transform on programmable logic devices

Reduced hardware costs with software and hardware implementation of digital methods multistage discrete Fourier transform on programmable logic devices

Concept of an Experimental Setup for Testing the Technology for the Formation of New Anti-Corrosion Coating Materials Using Low-Temperature Supersonic Heterogeneous Flows

Heuristic Global Optimization Algorithm for Estimating a Radio Source Location by a Passive Radar System

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