This paper presents the validation of an electromagnetic radar simulator based on Large Eddy Simulations of the turbulent atmosphere. The simulator has been developed by UCL in the frame of the FP7 UFO project aimed at improving the Wake-Vortex Advisory Systems by the analysis, design and development of innovative technologies for Ultra-Fast Radar and Lidar used as wind and Eddy Dissipation Rate sensors. Experimental trials have taken place at Toulouse airport giving access to concurrent collocated X-band radar data and meteorological data. The simulator is validated against radar and meteorological values of Eddy Dissipation Rate, showing a good agreement, with a trend to have meteorological values somewhat higher than radar measured and s...
Abstract. Radar wind profilers detect scatter from clear-air refractive-index irregularities. The Do...
To detect wake vortices in all weather conditions, lidar and radar sensors are complementary. It is ...
A new trend is to observe atmospheric turbulence fields by using scanning Doppler radars and/or lida...
This paper presents the validation of an electromagnetic radar simulator based on Large Eddy Simulat...
A pair of counter-rotating vortices is created after roll-up of the wake of flying aircraft. Normall...
This article presents the prospects of measurement systems for wind hazards and turbulence at airpor...
Working in conjunction with MIT Lincoln Laboratory, we designed and implemented an enhanced weather ...
International audienceThis article presents the prospects of measurement systems for wind hazards an...
A simulator of weather radar signals can be exploited as a useful reference for many applications, s...
The daytime atmospheric convective boundary layer (CBL) is characterized by strong turbulence that i...
15th MST Radar WorkshopSession M4: MST Radar scattering, turbulence and small-scale processesMay 30 ...
International audienceAir flows in the troposphere have a major impact on air traffic safety and ope...
Accurate electromagnetic (EM) simulation of scattering of airborne targets is a challenging task. A ...
In this paper, the potential of an avionic polarimetric weather radar is shown. The simulator used f...
A concept of a new energy management system synthesizing meteorological and orographic influences on...
Abstract. Radar wind profilers detect scatter from clear-air refractive-index irregularities. The Do...
To detect wake vortices in all weather conditions, lidar and radar sensors are complementary. It is ...
A new trend is to observe atmospheric turbulence fields by using scanning Doppler radars and/or lida...
This paper presents the validation of an electromagnetic radar simulator based on Large Eddy Simulat...
A pair of counter-rotating vortices is created after roll-up of the wake of flying aircraft. Normall...
This article presents the prospects of measurement systems for wind hazards and turbulence at airpor...
Working in conjunction with MIT Lincoln Laboratory, we designed and implemented an enhanced weather ...
International audienceThis article presents the prospects of measurement systems for wind hazards an...
A simulator of weather radar signals can be exploited as a useful reference for many applications, s...
The daytime atmospheric convective boundary layer (CBL) is characterized by strong turbulence that i...
15th MST Radar WorkshopSession M4: MST Radar scattering, turbulence and small-scale processesMay 30 ...
International audienceAir flows in the troposphere have a major impact on air traffic safety and ope...
Accurate electromagnetic (EM) simulation of scattering of airborne targets is a challenging task. A ...
In this paper, the potential of an avionic polarimetric weather radar is shown. The simulator used f...
A concept of a new energy management system synthesizing meteorological and orographic influences on...
Abstract. Radar wind profilers detect scatter from clear-air refractive-index irregularities. The Do...
To detect wake vortices in all weather conditions, lidar and radar sensors are complementary. It is ...
A new trend is to observe atmospheric turbulence fields by using scanning Doppler radars and/or lida...