Due to the convergence of computer services and telecommunication technology, data traffic
exceeds the telephony traffic. Thus, optical packet switching has emerged as one of the …

Optical Packet Switching (OPS) is a promising technology that efficiently utilizes the raw
bandwidth provided by the Wavelength Division Multiplexing (WDM) technique. OPS is …

The optical packet switching is widely used switching technology in current optical networks
for high resource utilization. However it is not suitable for larger flows or real time traffic due …

A novel optical buffering architecture for Optical Packet Switching (OPS) networks is
proposed in this article. The architecture which adopts a fiber-sharing mechanism aims at …

This work considers contention resolution in optical packet switches and proposes a switch
architecture empowered by available technology which exploits a combination of …

In this paper we evaluate the performance of Bufferless Optical Packet Switches equipped
with shared Tunable Optical Wavelength Converters (TOWC) and supporting Quality of …

Optical packet switching (OPS) is a very promising technology for the next generation data
transfer due to the very large bandwidth of the optical fiber. The success of the OPS relies …

Class differentiation is a tremendous issue as a consequence of diverse applications and
the drastically grow of traffic demands. Thus, this paper investigates this radical evolution …

In the information technology era, there are relentless needs for networks with extremely
high capacity. Due to the increasing internet usage and upsurge in users, the end users …

Optical packet switching represents the emerging technology to meet the requirements for
high bandwidth and Quality of Services (QoS) management in next generation of Internet …