We report up to 1.165-Tb/s optical wireless WDM transmission using a wavelength-transparent beam tracking and steering system. Over a 3.5-m perpendicular distance, beyond 1-Tb/s capacity was achieved across a lateral coverage up to 1.8 m
In order to circumvent radio spectrum congestion, we propose an innovative system which can provide ...
For future short- and mid-range industrial applications, optical wireless (OW) communication systems...
This article presents the design, implementation, and characterisation of compact fiber-wireless-fib...
We report up to 1.165-Tb/s optical wireless WDM transmission using a wavelength-transparent beam tra...
Beam tracking-and-steering is crucial for the operation of high-speed, narrow beam, optical wireless...
Beam tracking-and-steering is crucial for the operation of high-speed, narrow beam, optical wireless...
In this paper we describe a novel scheme that uses wavelength space division multiplexing to provide...
We report a novel optical wireless communication (OWC) system solution that supports multi-Gbps (Gig...
The optical spectrum offers great opportunities to resolve the congestion in radio-based communicati...
Optical wireless communication is a powerful alternative in local area networks for wireless radio-b...
We demonstrate point-to-multipoint optical wireless upstream and downstream data transmission at 12....
In this paper, we describe an optical wireless communications system that uses light from an optical...
We experimentally realized a bi-directional high-speed optical system working at common environment ...
An optical true time delay based microwave beam-steering (OTTD-MBS) scheme integrated with a radio-o...
In order to circumvent radio spectrum congestion, we propose an innovative system which can provide ...
For future short- and mid-range industrial applications, optical wireless (OW) communication systems...
This article presents the design, implementation, and characterisation of compact fiber-wireless-fib...
We report up to 1.165-Tb/s optical wireless WDM transmission using a wavelength-transparent beam tra...
Beam tracking-and-steering is crucial for the operation of high-speed, narrow beam, optical wireless...
Beam tracking-and-steering is crucial for the operation of high-speed, narrow beam, optical wireless...
In this paper we describe a novel scheme that uses wavelength space division multiplexing to provide...
We report a novel optical wireless communication (OWC) system solution that supports multi-Gbps (Gig...
The optical spectrum offers great opportunities to resolve the congestion in radio-based communicati...
Optical wireless communication is a powerful alternative in local area networks for wireless radio-b...
We demonstrate point-to-multipoint optical wireless upstream and downstream data transmission at 12....
In this paper, we describe an optical wireless communications system that uses light from an optical...
We experimentally realized a bi-directional high-speed optical system working at common environment ...
An optical true time delay based microwave beam-steering (OTTD-MBS) scheme integrated with a radio-o...
In order to circumvent radio spectrum congestion, we propose an innovative system which can provide ...
For future short- and mid-range industrial applications, optical wireless (OW) communication systems...
This article presents the design, implementation, and characterisation of compact fiber-wireless-fib...
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