A detailed traffic analysis of optical packet switch design is performed. Special consideration
is given to the complexity of the optical buffering and the overall switch block structure is …

Tremendous growth in the volumes and diversity of data to be collected in future Internet of
Things (IoT) applications is one of the key challenges for the networking infrastructures as …

Various space priority mechanisms and their detailed performance evaluation are
described. A comparative performance study is given, indicating the excellent performance …

The performance of an asynchronous transfer mode (ATM) multiplexer whose input consists
of the superposition of a multiplicity of homogeneous on-off sources modeled by a two-state …

For realistic traffic, ie, bursty traffic patterns, the use of tuneable wavelength converters is
recognized as essential for reducing the complexity of photonic wavelength division …

LAN emulation offers a best-effort, connectionless, packet transfer service at the MAC
sublayer, implemented on top of a connection-oriented ATM network LAN emulation using …

We consider a slotted WDM packet switch with limited-range wavelength converters. The
performance of this switch is studied using simulations with various types of data traffic …

Estimating the cell loss probability in an ATM multiplexer is one of the most important
problems concerning congestion control and bandwidth management in an ATM-based …

Optical cell buffering at 10 Gb/s is accomplished with a new simple multiwavelength fiber
loop memory technique. The architecture uses wavelength converters to select the cell delay …

The authors consider an N* N asynchronous transfer mode (ATM) switching element with
output queuing, under a uniformity assumption for the traffic arriving on the various input …