11 research outputs found
Dynamic ultrahigh-capacity indoor wireless communication using optical-wireless and millimeter-wave radio techniques
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Crosstalk-free AWGR-based 2-D IR beam steered optical wireless communication system for high spatial resolution
No full textBy creating polarization orthogonality between the odd and even channels, crosstalk-free OWC link is realized with spectral overlap. This technique can tolerate the wavelength misalignment between AWGRs and lasers, which relaxes the design of high port-count AWGRs and wavelength stable lasers By creating polarization orthogonality between the odd and even channels, crosstalk-free OWC link is realized with spectral overlap. This technique can tolerate the wavelength misalignment between AWGRs and lasers, which relaxes the design of high port-count AWGRs and wavelength stable lasers
Crosstalk-free AWGR-based 2-D IR beam steered optical wireless communication system for high spatial resolution
Get PDFBy creating polarization orthogonality between the odd and even channels, crosstalk-free OWC link is realized with spectral overlap. This technique can tolerate the wavelength misalignment between AWGRs and lasers, which relaxes the design of high port-count AWGRs and wavelength stable lasers
Crosstalk-free AWGR-based 2-D IR beam steered optical wireless communication system for high spatial resolution
No full text\u3cp\u3eBy creating polarization orthogonality between the odd and even channels, crosstalk-free OWC link is realized with spectral overlap. This technique can tolerate the wavelength misalignment between AWGRs and lasers, which relaxes the design of high port-count AWGRs and wavelength stable lasers.\u3c/p\u3
