Computer Science
Scientific paper
Nov 1976
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976stia...7720259n&link_type=abstract
(Institute of Electrical and Electronics Engineers and Electrical Research Association, International Convention, Boston, Mass.,
Computer Science
Pulse Doppler Radar, Radar Tracking, Technology Assessment, Tracking Radar, Computer Techniques, Digital Systems, Military Technology, Missile Ranges, Missile Tracking, Portable Equipment, Radar Range, Test Ranges
Scientific paper
Crucial system-level developments in range instrumentation radars (RDR) over the past decade are reviewed. System and subsystem improvements discussed include: use of pulse Doppler for improved RDR resolution and clutter control, digital range systems, new calibration techniques (on-axis tracking, new boresight telescopes, star calibration, ranging), RDR functions controlled by a system computer, dual-frequency tracking. Some specific RDR systems are described (British ST 858, Italian RIS-4 C/A, French Adour Radar, U.S. Trail-X radar, AN/TPQ-39(V), and RIR 778) with tabulated data presented. Views on potential mission requirements that will shape RDR system requirements in the future are presented.
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