Among various active queue management schemes (AQM), random early detection (RED) is probably the most extensively studied. Unlike the existing RED enhancement schemes, we use hazard rate estimated packet dropping function in RED. We call this new scheme HERED. The underlying idea is that, with the proposed packet dropping function, packet dropping becomes gentler than RED at light traffic load but more aggressive at heavy load. Simulations demonstrate that HERED achieves a higher and more stable throughput and performs better than current active queue management algorithms due to the lowest packet drops
Active queue management (AQM) schemes have motivated many researchers to investigate more effective ...
The random early detection (RED) algorithm was developed in 1993. Nearly three decades later, severa...
The Random Early Detection (RED) algorithm has not been successful in keeping the average queue size...
Abstract-Among various active queue management schemes (AQM), random early detection (RED) is probab...
WOS: 000265177800007Among various active queue management schemes (AQM), random early detection (REE...
This paper identifies the lone linear drop function for computing the dropping probability between c...
Random Early Detection (RED) is a queue management algorithm used in packet routers of Internet Prot...
WOS: 000266947800018Random early detection (RED) is an effective congestion control mechanism acting...
Congestion is a key topic in computer networks that has been studied extensively by scholars due to ...
In the internet, router plays a strategic role in the transmission of data packets. Active queue man...
Random Early Detection (RED) [1] is an active queue management scheme which has been de-ployed exten...
Active queue management (AQM) is an effective means to enhance congestion control, and to achieve tr...
Random Early Detection (RED) [1] is an active queue management scheme which has been deployed extens...
Active Queue Management (AQM) methods are used to manage the buffer of the network routers and avoid...
Active Queue Management (AQM) is an intelligent drop of network packets within the network routers a...
Active queue management (AQM) schemes have motivated many researchers to investigate more effective ...
The random early detection (RED) algorithm was developed in 1993. Nearly three decades later, severa...
The Random Early Detection (RED) algorithm has not been successful in keeping the average queue size...
Abstract-Among various active queue management schemes (AQM), random early detection (RED) is probab...
WOS: 000265177800007Among various active queue management schemes (AQM), random early detection (REE...
This paper identifies the lone linear drop function for computing the dropping probability between c...
Random Early Detection (RED) is a queue management algorithm used in packet routers of Internet Prot...
WOS: 000266947800018Random early detection (RED) is an effective congestion control mechanism acting...
Congestion is a key topic in computer networks that has been studied extensively by scholars due to ...
In the internet, router plays a strategic role in the transmission of data packets. Active queue man...
Random Early Detection (RED) [1] is an active queue management scheme which has been de-ployed exten...
Active queue management (AQM) is an effective means to enhance congestion control, and to achieve tr...
Random Early Detection (RED) [1] is an active queue management scheme which has been deployed extens...
Active Queue Management (AQM) methods are used to manage the buffer of the network routers and avoid...
Active Queue Management (AQM) is an intelligent drop of network packets within the network routers a...
Active queue management (AQM) schemes have motivated many researchers to investigate more effective ...
The random early detection (RED) algorithm was developed in 1993. Nearly three decades later, severa...
The Random Early Detection (RED) algorithm has not been successful in keeping the average queue size...