Title :
System performance prediction of Firefinder radar
Author :
Lam, Eric P. ; Birrell, H. Walker ; Magallon, Julianna
Author_Institution :
Battlefield Radar, Thales Raytheon Syst. (TRS), Fullerton, CA, USA
Abstract :
Thales Raytheon Systems´ PC Simulation (PCS) tool allows a rapid simulated evaluation of Firefinder radar performance from a personal desktop computer. Firefinder radars are designed to track hostile rocket, artillery and mortar (RAM) projectiles in order to accurately estimate weapon ground location. The Firefinder tactical code is used within PCS. This design provides a low risk path to rapid prototyping and evaluation of candidate software changes. PCS is used to evaluate candidate software changes to the Firefinder. Candidate design changes which perform well in PCS testing require minimum system level checkout before being checked into the tactical software baseline. The PCS tool contains a simulation engine which reads program control information from input data files. The PCS tool also generates and maintains simulated targets and clutter, simulates the radar signal processing function, performs Monte-Carlo “batch” processing, produces complex target trajectories internally or from an input text file and creates simulation data recording files identical in format to those created by the actual radar. This paper summarizes the capabilities of the lastest PCS.
Keywords :
Monte Carlo methods; projectiles; radar clutter; radar signal processing; weapons; Monte-Carlo batch processing; PCS testing; PCS tool; RAM projectiles; Thales Raytheon systems PC simulation tool; artillery; firefinder radar; firefinder tactical code; hostile rocket; input data files; mortar; personal desktop computer; program control information; radar signal processing function; rapid prototyping; simulation data recording files; simulation engine; system level checkout; system performance prediction; tactical software baseline; target trajectory; weapon ground location; Firefinder; Radar simulation; desktop simulation; performance prediction; weapon locating radar;
Conference_Titel :
Systems Conference, 2010 4th Annual IEEE
Conference_Location :
San Diego, CA
Print_ISBN :
978-1-4244-5882-0
DOI :
10.1109/SYSTEMS.2010.5482325