Optical Burst Switching (OBS) is a prospective optical switching technology that can be deployed as the infrastructure of the future All-optical Internet. OBS is still at its definition phase. Hence, no definite OBS standard architecture has been established yet, including the control packet format. In this paper, a control packet structure is introduced. The structure provides constant transmission overhead and makes the control packet scalable to higher speeds. Without adjustments, the new control packet can be used with various OBS implementations. Furthermore, a simple analytical model is used to evaluate the performance of the OBS network, based on the new format of the control packet
Optical Burst Switching was recently introduced as a protocol for the next generation optical Wavele...
Optical burst switching (OBS) network is viewed as two parallel networks, namely a data and a contro...
Optical Burst Switching (OBS) is a promising technology for future optical networks. Due to its less...
This survey describes optical burst switching (OBS), a promising new solution to the ongoing quest ...
Optical Burst Switching (OBS) is a promising switching paradigm for all-optical WDM networks. It com...
Abstract- In this paper, the Optical Burst Switching with Burst Dropping (OBS/BD) technique is propo...
Optical burst switching (OBS) [1] is a promising all-optical data transport technique to efficiently...
In this paper, the Optical Burst Switching with Burst Dropping (OBS/BD) technique is proposed to be ...
We analyze optical burst switching (OBS) systems. The analysis leads to a framework which provides g...
Optical burst switching (OBS) is proposed as a high speed, flexible and transparent switching techno...
Switching (OBS) are optical networking concepts based on fully exploiting fast dynamic allocation of...
Abstract — The optical burst switching (OBS) schemes to date assume that the switching overhead at i...
Abstract-Optical burst switching (OBS) is developed as an alternative switching technology, which co...
This paper intends to take a tour of the evolution of optical networking with emphasis on the Optica...
This paper proposes a new design and implementation of a control plane for Optical Burst Switched ne...
Optical Burst Switching was recently introduced as a protocol for the next generation optical Wavele...
Optical burst switching (OBS) network is viewed as two parallel networks, namely a data and a contro...
Optical Burst Switching (OBS) is a promising technology for future optical networks. Due to its less...
This survey describes optical burst switching (OBS), a promising new solution to the ongoing quest ...
Optical Burst Switching (OBS) is a promising switching paradigm for all-optical WDM networks. It com...
Abstract- In this paper, the Optical Burst Switching with Burst Dropping (OBS/BD) technique is propo...
Optical burst switching (OBS) [1] is a promising all-optical data transport technique to efficiently...
In this paper, the Optical Burst Switching with Burst Dropping (OBS/BD) technique is proposed to be ...
We analyze optical burst switching (OBS) systems. The analysis leads to a framework which provides g...
Optical burst switching (OBS) is proposed as a high speed, flexible and transparent switching techno...
Switching (OBS) are optical networking concepts based on fully exploiting fast dynamic allocation of...
Abstract — The optical burst switching (OBS) schemes to date assume that the switching overhead at i...
Abstract-Optical burst switching (OBS) is developed as an alternative switching technology, which co...
This paper intends to take a tour of the evolution of optical networking with emphasis on the Optica...
This paper proposes a new design and implementation of a control plane for Optical Burst Switched ne...
Optical Burst Switching was recently introduced as a protocol for the next generation optical Wavele...
Optical burst switching (OBS) network is viewed as two parallel networks, namely a data and a contro...
Optical Burst Switching (OBS) is a promising technology for future optical networks. Due to its less...