In emerging agile all-optical networks, the next generation time division multiplexing
technique in the optical domain is implemented on top of wavelength-division multiplexing to …

In emerging agile all-optical networks, the time division multiplexing technique in the optical
domain is implemented on top of wavelength-division multiplexing to increase channel …

In this paper we propose a new solution for the Routing, Wavelength and Time-Slot
Assignment (RWTA) problem in a dynamic scenario. The novel aspect of this paper is that …

All-optical wavelength division multiplexing networks are the most promising candidate for
the next generation wideband backbone networks. To improve the utilization of wavelength …

In all-optical networks, physical impairments and latency have become two major concerns
as they can limit the network performance for large dense wavelength-division multiplexing …

The wavelength utilization can be improved by TDM technology in WDM optical networks. In
this paper, the dynamic routing, wavelength and timeslot problem is studied. We propose a …

In this paper we investigate traffic-engineering issues in Wavelength Division Multiplexing
(WDM) alloptical networks. In such networks, the wavelength continuity constraint along with …

Dynamic routing and wavelength assignment (RWA) is an attractive method for the efficient
use of network resources in all-optical networks. We present a novel fixed alternate routing …

Dynamic routing and wavelength assignment (RWA) is an attractive method for the efficient
use of network resources in all-optical networks. We present a novel fixed alternate routing …

Feature Issue on Optical Interconnection Networks (OIN) We describe results of the
scalability analysis for dynamic wavelength-routed optical networks with end-to-end …