Realizing a communication system over wireless links that simultaneously offers QoS guarantees, high throughput and low energy consumption is a difficult task. A common solution is using a single, integrated scheduler that deals both with the QoS guarantees and the wireless link issues. Unfortunately, such an approach is little flexible and does not allow any of the existing high-quality schedulers for wired links to be used without modification. To address these issues, in this paper we validate a modular architecture which permits the use, as they are, of existing packet schedulers for wired links over wireless links, and at the same time allows the flexibility to adapt to different channel conditions. We validate the effectiveness of the modular architecture by showing, through experimental results, that this architecture enables us to get a new scheduler with the following features, just by combining existing schedulers: execution time and energy consumption close to that of just a Deficit Round Robin, accurate fairness and delay guarantees, possibility to set, by changing one parameter, the desired trade-off between throughput-boosting level and granularity of the service guarantees. In particular, we show that this scheduler, which we named High-throughput Twin Fair scheduler (HFS), outperforms one of the most accurate and efficient integrated schedulers available in the literature.

A Flexible and Green Scheduler for providing QoS and High Throughput over Wireless Links / Casoni, Maurizio; Grazia, CARLO AUGUSTO; Valente, Paolo. - ELETTRONICO. - (2013), pp. 1-6. ((Intervento presentato al convegno IEEE International Conference on Communications Systems and Technologies 2013 - World Congress on Multimedia and Computer Science tenutosi a Hammamet (Tunisia) nel 4-6 October 2013.

A Flexible and Green Scheduler for providing QoS and High Throughput over Wireless Links

CASONI, Maurizio;GRAZIA, CARLO AUGUSTO;VALENTE, Paolo
2013

Abstract

Realizing a communication system over wireless links that simultaneously offers QoS guarantees, high throughput and low energy consumption is a difficult task. A common solution is using a single, integrated scheduler that deals both with the QoS guarantees and the wireless link issues. Unfortunately, such an approach is little flexible and does not allow any of the existing high-quality schedulers for wired links to be used without modification. To address these issues, in this paper we validate a modular architecture which permits the use, as they are, of existing packet schedulers for wired links over wireless links, and at the same time allows the flexibility to adapt to different channel conditions. We validate the effectiveness of the modular architecture by showing, through experimental results, that this architecture enables us to get a new scheduler with the following features, just by combining existing schedulers: execution time and energy consumption close to that of just a Deficit Round Robin, accurate fairness and delay guarantees, possibility to set, by changing one parameter, the desired trade-off between throughput-boosting level and granularity of the service guarantees. In particular, we show that this scheduler, which we named High-throughput Twin Fair scheduler (HFS), outperforms one of the most accurate and efficient integrated schedulers available in the literature.
IEEE International Conference on Communications Systems and Technologies 2013 - World Congress on Multimedia and Computer Science
Hammamet (Tunisia)
4-6 October 2013
1
6
Casoni, Maurizio; Grazia, CARLO AUGUSTO; Valente, Paolo
A Flexible and Green Scheduler for providing QoS and High Throughput over Wireless Links / Casoni, Maurizio; Grazia, CARLO AUGUSTO; Valente, Paolo. - ELETTRONICO. - (2013), pp. 1-6. ((Intervento presentato al convegno IEEE International Conference on Communications Systems and Technologies 2013 - World Congress on Multimedia and Computer Science tenutosi a Hammamet (Tunisia) nel 4-6 October 2013.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11380/990507
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