Title :
Multi-sensors onboard UAV, what is the most suitable processing machine architecture?
Author :
Julie, Jean-Jacques ; Kemkemian, Stephane ; Lafaix, Julien
Author_Institution :
Radar Eng. (DT2S / RAD), THALES Airborne Syst., Elancourt, France
Abstract :
The Unmanned Aerial Vehicles (UAV) domain presents a growing interest in the eyes of modern headquarters. Their role is more and more strategic as they are involved in a large variety of missions such as intelligence or ground targets attack but also air combat in the future. Specific technologies called multi-sensors are implemented in these platforms, especially in the domain of radio-frequency arrays with, for example, the use of Multi-Function Antennas (MFA) panels. This article deals with the sensors fusion issue through a global reflection on the processing architecture. Should we give priority to a centralized architecture (processing farm) in comparison to a distributed architecture? Could a partially centralized architecture be the solution? Starting from UAV specific constraints and types of processing to achieve, the article will analyze the pros and cons of all configurations before conclusion.
Keywords :
antenna arrays; autonomous aerial vehicles; military vehicles; sensor fusion; MFA panels; centralized architecture; distributed architecture; ground target attack; headquarters; multifunction antenna panels; multisensor onboard UAV; processing machine architecture; radio-frequency arrays; sensor fusion; unmanned aerial vehicles; Aerospace control; Computer architecture; Data processing; Process control; Sensor systems; Switches; UAV; calculator; communications network; computer; processing machine architecture;
Conference_Titel :
Radar Conference (Radar), 2014 International
DOI :
10.1109/RADAR.2014.7060351