This paper presents the PI-OBS algorithm, a parallel-iterative scheduler for OBS nodes. Conventional schemes are greedy in the sense that they process headers one by one. In PI-OBS, all the headers received during a given time window are jointly processed to optimize the delay and output wavelength allocation, applying void filling techniques, and allowing traffic differentiation. Results show a similar or better performance than the LAUC-VF algorithm, commonly used as a performance bound for OBS schedulers. The PI-OBS scheduler has been designed to allow parallel electronic implementation similar to the ones in VOQ schedulers, with a deterministic response time
As demand for bandwidth keeps increasing, the optical backbone capacity will have to be used more ef...
Optical Burst Switching is a promising paradigm to increase bandwidth efficiency in IP over DWDM net...
This paper introduces optimal batch scheduling algorithms for the problem of scheduling batches of b...
none5This paper presents the PI-OBS algorithm, a parallel-iterative scheduler for OBS nodes. Convent...
This paper presents the PI-OBS algorithm, a parallel-iterative scheduler for OBS nodes. Conventional...
This paper presents PI-OPS (Parallel-Iterative Optical Packet Scheduler) a parallel-iterative schedu...
Abstract—Optical burst switching (OBS) is an emerging tech-nology that allows variable size data bur...
This paper presents a comparative study between JET (Just Enough Time) and a number of new preemptiv...
Optical Burst Switching is a promising paradigm to increase bandwidth efficiency in IP over DWDM net...
Abstract — Optical Burst Switching(OBS) is a promising paradigm for the next-generation Internet. In...
Fast scheduling algorithms are needed to implement optical burst or packet switching using the wavel...
The most promising solutions to increase bandwidth efficiency in IP over DWDM networks are represent...
With ever-increasing demands for bandwidth, optical packet/burst switching is used to utilize more o...
With ever-increasing demands for bandwidth optical packet/burst switching is used to utilise more of...
The scheduling in OBS networks is an important operation in reducing the packet loss probability and...
As demand for bandwidth keeps increasing, the optical backbone capacity will have to be used more ef...
Optical Burst Switching is a promising paradigm to increase bandwidth efficiency in IP over DWDM net...
This paper introduces optimal batch scheduling algorithms for the problem of scheduling batches of b...
none5This paper presents the PI-OBS algorithm, a parallel-iterative scheduler for OBS nodes. Convent...
This paper presents the PI-OBS algorithm, a parallel-iterative scheduler for OBS nodes. Conventional...
This paper presents PI-OPS (Parallel-Iterative Optical Packet Scheduler) a parallel-iterative schedu...
Abstract—Optical burst switching (OBS) is an emerging tech-nology that allows variable size data bur...
This paper presents a comparative study between JET (Just Enough Time) and a number of new preemptiv...
Optical Burst Switching is a promising paradigm to increase bandwidth efficiency in IP over DWDM net...
Abstract — Optical Burst Switching(OBS) is a promising paradigm for the next-generation Internet. In...
Fast scheduling algorithms are needed to implement optical burst or packet switching using the wavel...
The most promising solutions to increase bandwidth efficiency in IP over DWDM networks are represent...
With ever-increasing demands for bandwidth, optical packet/burst switching is used to utilize more o...
With ever-increasing demands for bandwidth optical packet/burst switching is used to utilise more of...
The scheduling in OBS networks is an important operation in reducing the packet loss probability and...
As demand for bandwidth keeps increasing, the optical backbone capacity will have to be used more ef...
Optical Burst Switching is a promising paradigm to increase bandwidth efficiency in IP over DWDM net...
This paper introduces optimal batch scheduling algorithms for the problem of scheduling batches of b...