Add to ORKGThis paper presents a new feedback congestion control mechanism for the flow control in ATM networks. This new mechanism operates based on a statistical feedback scheme. By limiting cell transmission accelerations, the new mechanism can guarantee that there are no switch buffer overflows. Analysis and simulation results show that the proposed mechanism is effective. 1
When LANs are interconnected via an ATM back-bone, traffic mismatch between the source LANs and the ...
The Asynchronous Transfer Mode (ATM) is a network standard currently under analysis and development....
Congestion control is an important issue in Asynchronous Transfer Mode (ATM) networks. Though many c...
This material is presented to ensure timely dissemination of scholarly and technical work. Copyright...
Motivated by available bit rate class of service in ATM networks, we study a continuous time queuein...
Absfracf- This paper addresses a ratembased feedback ap-proach to congestion control in packet switc...
Congestion control ensures that network resources are divided fairly and efficiently among competing...
Abstract — A rate-based congestion control algorithm is a feedback-based flow control mechanism for ...
In this paper, an analytical method for design of a congestion control scheme in packet switching ne...
ATM has one common feature which guarantees its success, namely the possibility to transport any ATM...
The ecient support of data trac over ATM net-works requires congestion control, whose objectives in-...
The ABR class of ATM computer networks uses feedback information that is generated by net switches a...
Closed-loop input rate regulation schemes have come to play an important role in the transport of th...
Intensive research efforts have by now shown that guaranteeing performance targets, such as no cell ...
In this paper, an analytical method for a design of a congestion control scheme in packet switching ...
When LANs are interconnected via an ATM back-bone, traffic mismatch between the source LANs and the ...
The Asynchronous Transfer Mode (ATM) is a network standard currently under analysis and development....
Congestion control is an important issue in Asynchronous Transfer Mode (ATM) networks. Though many c...
This material is presented to ensure timely dissemination of scholarly and technical work. Copyright...
Motivated by available bit rate class of service in ATM networks, we study a continuous time queuein...
Absfracf- This paper addresses a ratembased feedback ap-proach to congestion control in packet switc...
Congestion control ensures that network resources are divided fairly and efficiently among competing...
Abstract — A rate-based congestion control algorithm is a feedback-based flow control mechanism for ...
In this paper, an analytical method for design of a congestion control scheme in packet switching ne...
ATM has one common feature which guarantees its success, namely the possibility to transport any ATM...
The ecient support of data trac over ATM net-works requires congestion control, whose objectives in-...
The ABR class of ATM computer networks uses feedback information that is generated by net switches a...
Closed-loop input rate regulation schemes have come to play an important role in the transport of th...
Intensive research efforts have by now shown that guaranteeing performance targets, such as no cell ...
In this paper, an analytical method for a design of a congestion control scheme in packet switching ...
When LANs are interconnected via an ATM back-bone, traffic mismatch between the source LANs and the ...
The Asynchronous Transfer Mode (ATM) is a network standard currently under analysis and development....
Congestion control is an important issue in Asynchronous Transfer Mode (ATM) networks. Though many c...