Title :
New solution to enhance the security in air traffic control
Author :
Anniballi, Enrico ; Cardinali, Roberta
Author_Institution :
SESM s.c.a.r.l., Rome, Italy
Abstract :
Conventional civil Air Traffic Control (ATC) systems are able to detect targets and identify collaborative aircrafts in the air space but they don´t assure full coverage at low altitude, in presence of non cooperative targets (NCTs) and aircraft A/C with a low value of radar cross section (RCS). In the following a new architecture to address this problem is proposed. The new ATC architecture foresees the combined use of conventional system, such as Primary and Secondary Radar, ADSB, etc., and innovative systems such as a new enhanced PSR, passive and bistatic radar network. In the following the new system architecture will be described. The approach foresees a data fusion center and a decision support system as a valid support for the situation awareness. Starting from the single sensors, the overall performance of the new ATC system are showed by a first preliminary analysis of data fusion. This results show the advantage of the new system respect to the conventional one specially in absence of the PSR coverage where the current system don´t allows to address the radar blind zones problem.
Keywords :
air traffic control; decision support systems; radar; sensor fusion; ADSB; air traffic control security; bistatic radar network; civil air traffic control systems; collaborative aircrafts; data fusion; decision support system; enhanced PSR; non cooperative targets; passive radar network; primary radar; radar blind zones problem; radar cross section; secondary radar; situation awareness; Passive radar; Radar cross section; Radio transmitters; Receivers; Sensors; Three dimensional displays; Air traffic control; PSR; Passive radar; data fusion; radar blind zone;
Conference_Titel :
Digital Communications - Enhanced Surveillance of Aircraft and Vehicles (TIWDC/ESAV), 2011 Tyrrhenian International Workshop on
Conference_Location :
Capri
Print_ISBN :
978-1-4244-9841-3
Electronic_ISBN :
978-88-903482-3-5