To make the most of spatial efficiency, we design 64-core trench-assisted multi-core fiber with the maximum crosstalk less than -14dB/20km, which is appropriate for the optical wireless fronthaul systems with inherent MIMO function.Published versio
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
To make the most of spatial efficiency, we design 64-core trench-assisted multi-core fiber with the ...
We propose improved design of heterogeneous...
[EN] This paper proposes and evaluates analytically and experimentally the suitability of spatial mu...
[EN] This paper proposes and evaluates analytically and experimentally the suitability of spatial mu...
We propose an optimized design of heterogen...
© 2013 IEEE. In this paper we propose multicore fiber (MCF) as the medium to transport the different...
In this paper we propose multicore fiber (MCF) as the medium to transport the different signals ass...
Layout Optimization in Multi-core Optical FibersSpace-division multiplexing (SDM) is regarded as a p...
© 2019 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This paper is a postprint of a paper submitted to and accepted for publication in 45th European Conf...
This paper summaries our recent research on digital radio over fibre (DRoF) based optical fronthaul ...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
To make the most of spatial efficiency, we design 64-core trench-assisted multi-core fiber with the ...
We propose improved design of heterogeneous...
[EN] This paper proposes and evaluates analytically and experimentally the suitability of spatial mu...
[EN] This paper proposes and evaluates analytically and experimentally the suitability of spatial mu...
We propose an optimized design of heterogen...
© 2013 IEEE. In this paper we propose multicore fiber (MCF) as the medium to transport the different...
In this paper we propose multicore fiber (MCF) as the medium to transport the different signals ass...
Layout Optimization in Multi-core Optical FibersSpace-division multiplexing (SDM) is regarded as a p...
© 2019 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
This paper is a postprint of a paper submitted to and accepted for publication in 45th European Conf...
This paper summaries our recent research on digital radio over fibre (DRoF) based optical fronthaul ...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
By introducing a square lattice structure for bidirectional core assignments in multi-core fibers, t...
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