International audienceAdvances in optical technology have increased the interest for multiprocessor architectures based on lightwave networks because of the vast bandwidth available. We propose a passive star multi-hop lightwave network called stack-Kautz, based on the Kautz graph. We show that this architecture is very cost effective with respect to its resource requirements. We also propose control protocols for accessing the optical passive star couplers, which improve on the bit complexity of the control sequence proposed in the literature for the Partitioned Optical Passive Star network. Finally, we show through simulation that these control protocols efficiently implement shortest path routing on the stack-Kautz networ
Passive optical star networks have attractive properties for multicast traffic in data centres, but ...
AbstractThe hypercube is a widely used interconnection topology as it presents a lot of attractive p...
Wavelength division multiplexing (WDM) allows the huge bandwidth of optical øber to be divided into ...
International audienceIn this paper, we study the design of regular multicast networks implemented w...
International audienceAdvances in optical technology, such as low loss Optical Passive Star couplers...
Abstract-This paper presents a partitioned optical passive star (POPS) interconnection topology and ...
In optical communication systems, messages must be delivered fast and efficiently in order to achiev...
International audienceMany results exist in the literature describing technological and theoretical ...
A new multihop wavelength-division multiplexed (WDM) optical networkdesigned for uniform traffic wit...
This paper describes some recently studied scalable photonic switch architectures based on passive s...
AbstractThis paper studies the problems of One-to-All and All-to-All Communication in optical networ...
By means of optical transparency wavelength division multiplexing (WDM) networks with multi-rate tra...
We propose a graph model called the Receiving Graph model to describe optical networks where passive...
Novel single-receiver/single-transmitter/single-buffer node structures for ultrafast two-connected m...
Passive star-coupled optical interconnects with wavelength-division multiplexing hold a strong poten...
Passive optical star networks have attractive properties for multicast traffic in data centres, but ...
AbstractThe hypercube is a widely used interconnection topology as it presents a lot of attractive p...
Wavelength division multiplexing (WDM) allows the huge bandwidth of optical øber to be divided into ...
International audienceIn this paper, we study the design of regular multicast networks implemented w...
International audienceAdvances in optical technology, such as low loss Optical Passive Star couplers...
Abstract-This paper presents a partitioned optical passive star (POPS) interconnection topology and ...
In optical communication systems, messages must be delivered fast and efficiently in order to achiev...
International audienceMany results exist in the literature describing technological and theoretical ...
A new multihop wavelength-division multiplexed (WDM) optical networkdesigned for uniform traffic wit...
This paper describes some recently studied scalable photonic switch architectures based on passive s...
AbstractThis paper studies the problems of One-to-All and All-to-All Communication in optical networ...
By means of optical transparency wavelength division multiplexing (WDM) networks with multi-rate tra...
We propose a graph model called the Receiving Graph model to describe optical networks where passive...
Novel single-receiver/single-transmitter/single-buffer node structures for ultrafast two-connected m...
Passive star-coupled optical interconnects with wavelength-division multiplexing hold a strong poten...
Passive optical star networks have attractive properties for multicast traffic in data centres, but ...
AbstractThe hypercube is a widely used interconnection topology as it presents a lot of attractive p...
Wavelength division multiplexing (WDM) allows the huge bandwidth of optical øber to be divided into ...