Operational constraints definition of a turbojet engine MPM 20

Gaspar, V.; Madarasz, L.; Andoga, Rudolf; Főző, L.; Judicak, J.

doi:10.1109/sami.2013.6480979

Cited by 2 publications

(1 citation statement)

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“…Problem fields, which have been briefly described in the previous parts of this chapters depict the complexity of the tasks, as well as the object iSTC-21v itself. In publications [3], [7], [8], [9], [10], [11], [12], we described each essential elements and specified the conditions that have to be fulfilled in order to carry out the semi-automatic efficiency valuation. As one of the possible approaches to solving this complex problem, we have chosen the creation of a unifying platform (scientific research information system SRIS), which would serve to this purpose in a longterm manner and would also motivate the operating personnel to use its functions in the real-world practice.…”

Section: Efficiency Of Complex Systemsmentioning

confidence: 99%

Design of a Laboratory Information System for Data Processing and Efficiency Evaluation

Gaspar¹,

Andoga²

2015

AEI

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This paper presents the evolution of techniques and methods used for data processing, obtained from measurements in the Laboratory of Intelligent Control Systems of Aircraft Engines (LIRS LM). The task of evaluating the quality and its components (especially efficiency) is also presented. The overview shows the progress and steps that were necessary to achieve semi-automatic or automatic data collecting and processing, including respective analyzes and visualizations. The data processes in LIRS LM are covered by the developed and deployed state-of-art scientific research information system (SRIS), as well as other auxiliary applications (MPM analyzer, remote monitoring, interactive wiring, etc.). With respect to the nature of the studied object (iSTC-21v turbojet engine), the system also supports knowledge discovery and allows evaluating the quality by utilizing key performance indicators (KPI), which are mostly known from economic and business sector. The currently created and deployed software equipment in LIRS LM, forms an integrated platform for both the bureaucracy (publications, form templates) and scientific work (experiments planning, measurements processing, data visualization, quality evaluation, remote monitoring).

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