Add to ORKGOptimal multilevel feedback control policies for rate based flow control in available bit rate (ABR) service in asynchronous transfer mode (ATM) networks are obtained in the presence of information and propagation delays, using a numerically efficient two timescale simultaneous perturbation stochastic approximation (SPSA) algorithm. Convergence analysis of the algorithm is presented. Numerical experiments demonstrate fast convergence even in the presence of significant delays and large number of parametrized policy levels
In this paper we analyze a class of delayed feedback schemes that achieves the dual goal of keeping ...
We propose several stochastic approximation implementations for related algorithms in flow-control o...
A novel flow control protocol is presented for Availability Bit Rate (ABR) service in Asynchronous T...
Optimal multilevel feedback control policies for rate based flow control in available bit rate (ABR)...
The problem of finding optimal parameterized feedback policies for dynamic bandwidth allocation in c...
The problem of admission control of packets in communication networks is studied in the continuous t...
We study the problem of optimal bandwidth allocation in communication networks. We consider a queue...
Motivated by available bit rate class of service in ATM networks, we study a continuous time queuein...
Closed-loop input rate regulation schemes have come to play an important role in the transport of th...
An optimal feed-back control policy which provides good performance in terms of several conflicting ...
The ecient support of data trac over ATM net-works requires congestion control, whose objectives in-...
summary:Congestion control in the ABR class of ATM network presents interesting challenges due to th...
The ABR sessions in an ATM network share the bandwidth left over after guaranteeing service to CBR a...
We present in this paper two approaches for designing controllers that dynamically regulate the rate...
This thesis is concerned with the design and analysis of a high performance binary feedback flow con...
In this paper we analyze a class of delayed feedback schemes that achieves the dual goal of keeping ...
We propose several stochastic approximation implementations for related algorithms in flow-control o...
A novel flow control protocol is presented for Availability Bit Rate (ABR) service in Asynchronous T...
Optimal multilevel feedback control policies for rate based flow control in available bit rate (ABR)...
The problem of finding optimal parameterized feedback policies for dynamic bandwidth allocation in c...
The problem of admission control of packets in communication networks is studied in the continuous t...
We study the problem of optimal bandwidth allocation in communication networks. We consider a queue...
Motivated by available bit rate class of service in ATM networks, we study a continuous time queuein...
Closed-loop input rate regulation schemes have come to play an important role in the transport of th...
An optimal feed-back control policy which provides good performance in terms of several conflicting ...
The ecient support of data trac over ATM net-works requires congestion control, whose objectives in-...
summary:Congestion control in the ABR class of ATM network presents interesting challenges due to th...
The ABR sessions in an ATM network share the bandwidth left over after guaranteeing service to CBR a...
We present in this paper two approaches for designing controllers that dynamically regulate the rate...
This thesis is concerned with the design and analysis of a high performance binary feedback flow con...
In this paper we analyze a class of delayed feedback schemes that achieves the dual goal of keeping ...
We propose several stochastic approximation implementations for related algorithms in flow-control o...
A novel flow control protocol is presented for Availability Bit Rate (ABR) service in Asynchronous T...