DocumentCode
2358772
Title
A modern approach to radar performance analysis and field validation
Author
Studer, F.A. ; Toma, M.R. ; Vinelli, F.
Author_Institution
Radar Syst. Div., Alenia Defence, Rome, Italy
fYear
1998
fDate
35860
Firstpage
42491
Lastpage
42497
Abstract
Radar systems are facing increasingly demanding requirements in challenging environments, including natural and man-made interference, and this drives the complexity of their functions. Through the phases of radar system manufacture, there is a request for radar performance assessment: first, by prediction and modeling, under a variety of scenarios and radar parameters options; then, by live data capture and interpretation, during and after field trials. All the more, a modern radar manufacturer needs not only a well established set of procedures for analysis and test but also an open set of software tools to meet the diverse needs from analysts, design engineers, field technicians and operators. Alenia Defense, Radar Systems Division, is putting an effort in this area, in two respects: (a) in standardizing the prediction models and related software tools, and (b) in the area of data capture, display and analysis at the site. Two modern software tools have been developed to this purpose, namely: the Radar Work Station (RWS) and the portable Recording Interactive System for Maintenance and Analysis (PRISMA), both characterized by friendly interfaces, development and use on PC platform under standard environments
Keywords
radar applications; Alenia Defense; PC platform; PRISMA; Radar Work Station; Recording Interactive System for Maintenance and Analysis; data analysis; data capture; data display; data interpretation; field trials; man-made interference; modeling; natural interference; personal computer; prediction; prediction models; rada field validation; radar parameters; radar performance analysis; radar systems; software tools; standard environments;
fLanguage
English
Publisher
iet
Conference_Titel
Specifying and Measuring Performance of Modern Radar Systems (Ref. No. 1998/221), IEE Colloquium on
Conference_Location
London
Type
conf
DOI
10.1049/ic:19980147
Filename
667463
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