Lightwave

Multirate optical fast frequency hopping CDMA system using power control

Optics / Medical Imaging / Fiber Optics / Telecommunications / Photonics / Fiber Bragg grating / optical CDMA / Multimedia Networking / Society / System Architecture / Quality of Service / Optical / Optical Communication System / Light / Power Control / Frequency / User needs / Fiber Bragg gratings / Efficiency / Real Time / Optical physics / CDMA / Fiber Optic / Multiple-access Interference / Multimedia Application / Code Division Multiple Access / Electrical And Electronic Engineering / Lightwave / Fiber Bragg grating / optical CDMA / Multimedia Networking / Society / System Architecture / Quality of Service / Optical / Optical Communication System / Light / Power Control / Frequency / User needs / Fiber Bragg gratings / Efficiency / Real Time / Optical physics / CDMA / Fiber Optic / Multiple-access Interference / Multimedia Application / Code Division Multiple Access / Electrical And Electronic Engineering / Lightwave

Four-user, 2.5-Gb/s, spectrally coded OCDMA system demonstration using low-power nonlinear processing

Nonlinear Optics / Optical Code Division Multiple Access / Bit Error Rate / Low Power / Pulse Shaping / Optical physics / Optical fiber / Electrical And Electronic Engineering / Lightwave / Optical physics / Optical fiber / Electrical And Electronic Engineering / Lightwave

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