Optical Packet/Burst Switching is a very interesting approach to cope with some of the disadvantages of the wavelength routed optical networks: static, coarse bandwidth assignment. Key components in that technology are the network nodes: fast optical packet switches. Apart from performance, cost and upgradability are also important issues. This paper proposes some different architectures, all based on a single AWG as the central building block. The different node architectures are assessed on their qualities and shortcomings
we proposed a novel node architecture, which independent of wavelength conversion and optical buffer...
Abstract—We present an almost all-optical node architecture suitable for on-the-fly packet and burst...
A novel Dynamically Reconfigurable Optical Packet Switch ( DROPS) that combines both spectral an...
Optical Packet/Burst Switching is a very interesting approach to cope with some of the disadvantages...
In order to meet the ever-growing demand of transmission capacity, optical packet switching technolo...
Abstract — As new bandwidth-hungry IP services are demand-ing more and more capacity, transport netw...
Optical packet switching is considered as the future of data transfer technologyin combination with ...
The explosion of Internet traffic has brought about an acute need for high-performance networks. The...
The explosion of Internet traffic has brought about an acute need for high-performance networks. The...
Switching (OBS) are optical networking concepts based on fully exploiting fast dynamic allocation of...
Abstract — This paper discusses an optical packet switch (OPS) architecture, which utilizes the comp...
The future optical network needs to offer dynamic bandwidth allocation with the ability to adapt to ...
Initiated by studying the characteristics of our 1st generation opto-electronic packet switch (VIVAL...
Abstract—Next-generation switches and routers may rely on optical switch fabrics to overcome scalabi...
All-optical packet switching network is currently one of the research hotspots of all-optical commun...
we proposed a novel node architecture, which independent of wavelength conversion and optical buffer...
Abstract—We present an almost all-optical node architecture suitable for on-the-fly packet and burst...
A novel Dynamically Reconfigurable Optical Packet Switch ( DROPS) that combines both spectral an...
Optical Packet/Burst Switching is a very interesting approach to cope with some of the disadvantages...
In order to meet the ever-growing demand of transmission capacity, optical packet switching technolo...
Abstract — As new bandwidth-hungry IP services are demand-ing more and more capacity, transport netw...
Optical packet switching is considered as the future of data transfer technologyin combination with ...
The explosion of Internet traffic has brought about an acute need for high-performance networks. The...
The explosion of Internet traffic has brought about an acute need for high-performance networks. The...
Switching (OBS) are optical networking concepts based on fully exploiting fast dynamic allocation of...
Abstract — This paper discusses an optical packet switch (OPS) architecture, which utilizes the comp...
The future optical network needs to offer dynamic bandwidth allocation with the ability to adapt to ...
Initiated by studying the characteristics of our 1st generation opto-electronic packet switch (VIVAL...
Abstract—Next-generation switches and routers may rely on optical switch fabrics to overcome scalabi...
All-optical packet switching network is currently one of the research hotspots of all-optical commun...
we proposed a novel node architecture, which independent of wavelength conversion and optical buffer...
Abstract—We present an almost all-optical node architecture suitable for on-the-fly packet and burst...
A novel Dynamically Reconfigurable Optical Packet Switch ( DROPS) that combines both spectral an...