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NATURALLY PARALLEL MEASURING SYSTEM BASED ON FPGA HARDWARE.

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Title: NATURALLY PARALLEL MEASURING SYSTEM BASED ON FPGA HARDWARE.
Alternate Title: Naturalnie równoległy system pomiarowy oparty na technologii FPGA. (Polish)
Authors: DŁUGOPOLSKI, Jacek, RICHERT, Maria
Source: Journal of Machine Construction & Maintenance; 2019, Issue 2, p113-119, 7p
Subject Terms: FIELD programmable gate arrays, MEASURING instruments, SYSTEMS design, MICROPROCESSORS, INTEGRATED circuits
Abstract (English): The FPGA (Field Programmable Gate Array) technology, usually a little unnoticeable, almost from the very beginning is developed simultaneously with the microprocessor technology. The possibility for the system designer or end user to influence the internal structure of the integrated circuit gives unattainable possibilities of building plastic and fully massively parallel systems that fit in almost one integrated circuit. This fact allows, among others for building fully parallel multi-point measuring systems. This manuscript presents the architecture proposal for such an FPGA-based exemplary multichannel measurement system and presents the results of its practical use to study the functioning of a tubular heat exchanger in automotive air-conditioning. [ABSTRACT FROM AUTHOR]
Abstract (Polish): Technologia programowalnych układów scalonych FPGA (Field Programmable Gate Array), zwykle trochę niezauważana, niemal od samego początku rozwija się równolegle z technologią mikroprocesorową. Możliwość wpływania przez projektanta systemów lub użytkownika końcowego na wewnętrzną strukturę układu scalonego daje nieosiągalne w przypadku zwykłych procesorów możliwości budowania plastycznych i w pełni masywnie równoległych systemów mieszczących się niemal w jednym układzie scalonym. Fakt ten pozwala m.in. na budowanie w pełni równoległych wielopunktowych systemów pomiarowych. W artykule tym pokazano właśnie propozycję architektury takiego bazującego na FPGA przykładowego wielokanałowego systemu pomiarowego oraz przedstawiono wyniki jego praktycznego wykorzystania do badania funkcjonowania rurowego wymiennika ciepła w klimatyzacji samochodowej. [ABSTRACT FROM AUTHOR]
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Database: Complementary Index
Description
Abstract:The FPGA (Field Programmable Gate Array) technology, usually a little unnoticeable, almost from the very beginning is developed simultaneously with the microprocessor technology. The possibility for the system designer or end user to influence the internal structure of the integrated circuit gives unattainable possibilities of building plastic and fully massively parallel systems that fit in almost one integrated circuit. This fact allows, among others for building fully parallel multi-point measuring systems. This manuscript presents the architecture proposal for such an FPGA-based exemplary multichannel measurement system and presents the results of its practical use to study the functioning of a tubular heat exchanger in automotive air-conditioning. [ABSTRACT FROM AUTHOR]
ISSN:12329312