This report is based on efforts to develop a color graphics based analytical methodology for determining end game performance of smart sensors on missiles and projectiles. These sensor systems defend against present and future target threats. This paper reports on the development of a computer based methodology to define and test weapon system sensor performance requirements, predict end game sensor and fuze burst point distributions, assess weapon system effectiveness, and evaluate advanced weapons design concepts. A graphics driven target modeling methodology is presented, together with verification, correlation, and validation techniques. A complex radar target model with detailed graphics, radar cross section (RCS), glint, imagery analysis, and target doppler signature output has been developed. A sensor system signal processor model is developed and exercised with the target model to provide system performance assessments. Verifiable correlation between system model performance and real hardware has been obtained. End game system function results are utilized in a weapons effectiveness simulation and appraisal. (In Band: Guidance and control systems simulation and validation techniques.)
Digital simulation techniques for end game phenomena
Digitale Simulationstechniken fuer Ziel-Phaenomene bei Flugwaffen
AGARDograph ; 4-37
1988
37 Seiten, 43 Bilder, 11 Quellen
Report
Englisch
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