Free-space laser communication systems usually experience strong channel fading caused by atmospheric turbulence. Two optical communication schemes utilizing adaptive opticals at the transmitter are proposed. Numerical simulations show that the proposed schemes can significantly reduce the channel fading. ©2008 IEEE
Lasers offer tremendous advantages over RF communication systems in bandwidth and security, due to t...
This book presents some of the most important results concerning atmospheric turbulence and some of ...
We have determined the optimal beams for free-space optical transmission through atmospheric turbule...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Refractive index inhomogeneities of the turbulent air cause wave-front distortions of optical waves ...
In free-space optical communication links, atmospheric turbulence causes fluctuations in both the in...
Abstract—In free-space optical communication links, atmo-spheric turbulence causes fluctuations in b...
Free-Space Optical (FSO) communication through the terrestrial atmospheric channel offers many benef...
Abstract — Free Space Optics (FSO) or optical wireless communication is a promising solution for the...
In this paper, to achieve higher robustness against atmospheric turbulence for high-capacity free-sp...
This paper presents some results of analysis and simulation of free-space optical communication empl...
This paper presents some results of analysis and simulation of free-space optical communication empl...
Free space optical (FSO) transmission is a technology which uses a narrow laser beam to transmit the...
For very slowly-varying fading channels as in the case of atmospheric turbulence-induced fading, it ...
The pulse broadening and communication capacity in atmospheric turbulent and disperse channels are i...
Lasers offer tremendous advantages over RF communication systems in bandwidth and security, due to t...
This book presents some of the most important results concerning atmospheric turbulence and some of ...
We have determined the optimal beams for free-space optical transmission through atmospheric turbule...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Refractive index inhomogeneities of the turbulent air cause wave-front distortions of optical waves ...
In free-space optical communication links, atmospheric turbulence causes fluctuations in both the in...
Abstract—In free-space optical communication links, atmo-spheric turbulence causes fluctuations in b...
Free-Space Optical (FSO) communication through the terrestrial atmospheric channel offers many benef...
Abstract — Free Space Optics (FSO) or optical wireless communication is a promising solution for the...
In this paper, to achieve higher robustness against atmospheric turbulence for high-capacity free-sp...
This paper presents some results of analysis and simulation of free-space optical communication empl...
This paper presents some results of analysis and simulation of free-space optical communication empl...
Free space optical (FSO) transmission is a technology which uses a narrow laser beam to transmit the...
For very slowly-varying fading channels as in the case of atmospheric turbulence-induced fading, it ...
The pulse broadening and communication capacity in atmospheric turbulent and disperse channels are i...
Lasers offer tremendous advantages over RF communication systems in bandwidth and security, due to t...
This book presents some of the most important results concerning atmospheric turbulence and some of ...
We have determined the optimal beams for free-space optical transmission through atmospheric turbule...