We show that CNS schedulers are able to limit traffic distortion to within a narrow range resulting in improved end-to-end performance and more efficient ...
We show that CNS schedulers are able to limit traffic distortion to within a narrow range resulting in improved endto -end performance and more efficient ...
Coordinated Network Scheduling: A Framework for End-to-End Services. Chengzhi Li. Edward W. Knightly. Department of Electrical and Computer Engineering. Rice ...
We show that CNS schedulers are able to limit traffic distortion to within a narrow range resulting in improved end-to-end performance and more efficient ...
Indexes are given by: Observe the recursive relationship of priorities, i.e., coordination. Edward W. Knightly.
... end-to-end delay bound. Schedulability Condition for all coordinated schedulers (CEDF, CJVC, GEDF, FIFO+, …) CEDF, FIFO+, … not previously derived; CJVC bound ...
Kuzmanovic & Knightly | Rice Networks Group | INFOCOM 2001. Conclusions. Framework for clients of multi-class services to assess a system's core QoS mechanisms.
develops a general framework for end-to-end services in CMS networks. Our solution applies to the broad class of (work- conserving) CMS servers, exploits ...
Rice Networks Group. Opportunistic Scheduling. Goal. Exploit short-time-scale variations inherent in wireless channel to increase throughput in wireless ad hoc ...
Missing: Services. | Show results with:Services.
Objective: realize low-priority via end-point control. Premise: routers will not help. A. Kuzmanovic and E. W. Knightly. Applications for Low Priority Service.