원문정보
보안공학연구지원센터(IJDTA)
International Journal of Database Theory and Application
Vol.8 No.3
2015.06
pp.85-100
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
QoS is very important in current internet and NIT(next generation internet), with the development of application, the QoS function is also more and more complex. At present, the application of multi-core processor is becoming more and more popular, because the performance of multi-core is stronger, the QoS function is also implemented by software. This paper describes the background of QoS, discusses the traditional algorithm implementation with software, and describes the shortcomings of the traditional implementation, then presents and analyses the ideas of improvement, at last, proposes a new improved algorithm to solve the problems encountered. This algorithm is fully verified in network controller.
목차
Abstract
1. Introduction
2. Typical Implementation of QoS and Analysis of Exist Problem
2.1Background of Typical QoS
2.2Typical Implementation of QoS Algorithm
2.3Existed Problem in Typical QoS Implementation
2.4Analysis of Improvement for Typical QoS Algorithm
3. Propose New Improved Algorithm
3.1Basic Ideas
3.2Detailed Implementation
3.3 Analysis of the New Algorithm
4. The Actual Test Results in New Algorithm
4.1Configure one second level scheduler, ingress traffic is 100 times than the shaping bandwidth.
4.2Configure a Second Level Scheduler, Ingress Traffic is 4 Times with the Route Bandwidth
4.3 Configure a Second Level Scheduler; Ingress Traffic is a Little Larger than the Route Bandwidth
4.4 Configure two second level scheduler
5.Conclusion
References
1. Introduction
2. Typical Implementation of QoS and Analysis of Exist Problem
2.1Background of Typical QoS
2.2Typical Implementation of QoS Algorithm
2.3Existed Problem in Typical QoS Implementation
2.4Analysis of Improvement for Typical QoS Algorithm
3. Propose New Improved Algorithm
3.1Basic Ideas
3.2Detailed Implementation
3.3 Analysis of the New Algorithm
4. The Actual Test Results in New Algorithm
4.1Configure one second level scheduler, ingress traffic is 100 times than the shaping bandwidth.
4.2Configure a Second Level Scheduler, Ingress Traffic is 4 Times with the Route Bandwidth
4.3 Configure a Second Level Scheduler; Ingress Traffic is a Little Larger than the Route Bandwidth
4.4 Configure two second level scheduler
5.Conclusion
References
키워드
저자정보
참고문헌
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