Abstract: We demonstrate the real-time implementation of a FPGA-based coherent optical OFDM (CO-OFDM) receiver at 2.5- Gsamples/s, which successfully receives a subband of a 54-Gb/s multi-band CO-O
Concurrent C, a parallel superset of C (and of C++) that provides facilities such as specifying timeouts during process interactions, delaying program execution, accepting messages in a user-specif
We propose a dynamic control structure for dynamic networks and demonstrate how new connections can be established in less than 20µs through a few km long network while guaranteeing deterministic l
In this work we propose, implement and evaluate the real-time control plane in edge-cloud environment in an experimental testbed.
The Internet of Things (IoT) already connects billions of devices and keeps growing exponentially.
An experimental real-time reach and split extension of a 28 Gbit/s electrical duobinary TDM-PON is demonstrated.
We demonstrate a real-time elastic interface for future flex-grid networks with a software-defined symbol rate transmission.
Nanostructures in which strong (Coulomb) interactions exist between electrons are predicted to exhibit temporal electronic correlations(1).
We address the problem of fast automatic identification of traffic patterns in core networks with high speed links carrying large numbers of flows.
We present the first prototype of a real-time bandwidth-variable coherent muxponder aggregating multiple 10GigE clients onto a symbol-rate-variable PDM-QPSK optical signal.
