We address the problem of using adaptive optics to deliver power from an airborne laser platform to a ground target through atmospheric turbulence under conditions of strong scintillation and anisoplanatism. We explore three options for creating a beacon for use in adaptive optics beam control: scattering laser energy from the target, using a single uncompensated Rayleigh beacon, and using a series of compensated Rayleigh beacons. We demonstrate that using a series of compensated Rayleigh beacons distributed along the path provides the best beam compensation. © 2008 Optical Society of America
Airborne laser-communication systems require special considerations in size, complexity, power, and ...
Adaptive optics can be used for more than astronomical imaging with large telescopes. The Research ...
Refractive index inhomogeneities of the turbulent air cause wave-front distortions of optical waves ...
There is strong interest in developing adaptive optics solutions for extreme conditions, such as las...
The task of delivering sufficient level of airborne laser energy to ground based targets is of high ...
© 2016 IEEE. The task of delivering sufficient level of airborne laser energy to ground based target...
The task of delivering a sufficient amount of laser energy to the ground based targets and the targe...
It is well known that atmospheric turbulence can severely degrade performance of various optical sys...
The field of adaptive optics (AO) and laser-beacon AO has been successfully implemented in the last ...
We apply a target-in-the-loop strategy to the case of adaptive optics beam control in the presence o...
Wavefront control experiments in strong scintillation conditions (scintillation index, ≃1) over a 2....
Adaptive optical systems for laser beam projection onto an extended target embedded in an optically ...
For a non-cooperative target, a laser beacon is created by illuminating the target with a beacon bea...
This dissertation is concerned with the control, combining, and propagation of laser beams through a...
It has been proposed to use a high energy pulsed laser to beam power into space for satellites or a ...
Airborne laser-communication systems require special considerations in size, complexity, power, and ...
Adaptive optics can be used for more than astronomical imaging with large telescopes. The Research ...
Refractive index inhomogeneities of the turbulent air cause wave-front distortions of optical waves ...
There is strong interest in developing adaptive optics solutions for extreme conditions, such as las...
The task of delivering sufficient level of airborne laser energy to ground based targets is of high ...
© 2016 IEEE. The task of delivering sufficient level of airborne laser energy to ground based target...
The task of delivering a sufficient amount of laser energy to the ground based targets and the targe...
It is well known that atmospheric turbulence can severely degrade performance of various optical sys...
The field of adaptive optics (AO) and laser-beacon AO has been successfully implemented in the last ...
We apply a target-in-the-loop strategy to the case of adaptive optics beam control in the presence o...
Wavefront control experiments in strong scintillation conditions (scintillation index, ≃1) over a 2....
Adaptive optical systems for laser beam projection onto an extended target embedded in an optically ...
For a non-cooperative target, a laser beacon is created by illuminating the target with a beacon bea...
This dissertation is concerned with the control, combining, and propagation of laser beams through a...
It has been proposed to use a high energy pulsed laser to beam power into space for satellites or a ...
Airborne laser-communication systems require special considerations in size, complexity, power, and ...
Adaptive optics can be used for more than astronomical imaging with large telescopes. The Research ...
Refractive index inhomogeneities of the turbulent air cause wave-front distortions of optical waves ...