Renouvellement de la Chaire - 2018 à 2025. Chaire de recherche du Canada. MiViM a été lancée en avril 2004.

Is an exciting branch of optical communications that studies varied optical technologies and system architectures to meet the demands of the growing Internet-based global optical network. We examine two major architectures for OCDMA. We study OCDMA for metro area or access networks, including passive optical networks, that enable huge communications bandwidth in the form of fiber to the home. On a global scale, we examine the use of OCDMA in future.

Department of Electrical and Computer Engineering. This frame prevents back forward cache in safari.

Packet Switched Networks with OCDMA Labels. We demonstrate experimentally a two-hop optical network and measure BER performance. Label processing is achieved with low-complexity, off-the-shelf commercial components.

Department of Electrical and Computer Engineering. This frame prevents back forward cache in safari.

Moreover, attractive features of OCDMA include all-optical processing, truly asynchronous transmission, bandwidth efficiency, soft capacity on demand, protocol transparency, simplified network control, and flexibility on.

Smart RoF systems for spectrally efficient WLANs. Department of Electrical and Computer Engineering. This frame prevents back forward cache in safari.

This topic is intertwined with other topics at OCL. Modulation of the pump current to the SOA. Electrical modulation is the key to using these devices in passive optical networks that require local modulation of a distributed continuous wave optical signal on. Department of Electrical and Computer Engineering.

Department of Electrical and Computer Engineering. This frame prevents back forward cache in safari.