Emulating round-robin in wireless networks

B Li, A Eryilmaz, R Srikant - Proceedings of the 18th ACM International …, 2017 - dl.acm.org
Round robin and its variants are well known scheduling policies that are popular in wireline
networks due to their throughput optimality, delay insensitivity to file size distributions and …
被引用次数：21 相关文章
[PDF] archive.org

[PDF][PDF] Emulating Round-Robin in Wireless Networks

B Li, A Eryilmaz, R Srikant - 2017 - scholar.archive.org
Round robin and its variants, such as Weighted Fair eueing (WFQ)[6], are widely used in
wireline networks due to their several a ractive properties. First, it is very easy to be …
[PDF] psu.edu

[PDF][PDF] Emulating Round-Robin in Wireless Networks

B Li, A Eryilmaz, R Srikant - 2017 - sites.psu.edu
Round robin and its variants, such as Weighted Fair eueing (WFQ)[6], are widely used in
wireline networks due to their several a ractive properties. First, it is very easy to be …

Emulating round-robin in wireless networks

B Li, A Eryilmaz, R Srikant - … Symposium on Mobile Ad Hoc Networking …, 2017 - pure.psu.edu
Round robin and its variants are well known scheduling policies that are popular in wireline
networks due to their throughput optimality, delay insensitivity to file size distributions and …
[PDF] nsf.gov

[PDF][PDF] Emulating Round-Robin in Wireless Networks

B Li, A Eryilmaz - ACM Mobihoc, 2017 - par.nsf.gov
Round robin and its variants, such as Weighted Fair eueing (WFQ)[6], are widely used in
wireline networks due to their several a ractive properties. First, it is very easy to be …

Emulating round-robin in wireless networks

B Li, A Eryilmaz, R Srikant - … on Mobile Ad Hoc Networking and …, 2017 - experts.illinois.edu
Round robin and its variants are well known scheduling policies that are popular in wireline
networks due to their throughput optimality, delay insensitivity to file size distributions and …
[PDF] uri.edu

[PDF][PDF] Emulating Round-Robin in Wireless Networks

B Li, A Eryilmaz, R Srikant - 2017 - ele.uri.edu
Round robin and its variants, such as Weighted Fair eueing (WFQ)[6], are widely used in
wireline networks due to their several a ractive properties. First, it is very easy to be …