G. Ramamurthy and A. Kolarov. Application of control theory for the design of closed loop rate control for ABR service. In Proceedings of ITC 15, pages 751--760, 1997. Home/Search Document Not in Database Summary Related Articles Check |
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Adaptive Control Algorithms for Decentralized Optimal.. - Lagoa, Che, Movsicho (2004) (Correct)
....due to delay of information exchange and finite granularity of control. 1.1 Literature Background: There is extensive literature on distributed tra#c control. It includes both empirical algorithms (for example, see [2] and [3] and algorithms based on control theory; e.g. see [4] 5] and [6]. These algorithms are designed for single path rate adaptation and the approach taken is not optimization based. Recently, several methodologies have been proposed which address the optimization based rate adaptation problem using nonlinear optimization techniques. Their starting point is ....
G. Ramamurthy and A. Kolarov, "Application of control theory for the design of closed loop rate control for ABR service," in Proceedings of the ITC, (Washington), pp. 751--760, 1997.
Optimization Flow Control with Newton-Like Algorithm - Athuraliya, Low (2000) (3 citations) (Correct)
....case. The system tracks optimality if network or source conditions change slowly compared with convergence time. There is a tremendous literature on flow control, including early schemes based on practical experience, e.g. 14,11,26] and recent schemes based on control theory, e.g. [3,6,27,8]. Optimization based flow control have been proposed in, e.g. 12,13,9,15,16,18,22] All these works motivate flow control by an optimization problem and derive their control mechanisms as solutions to the optimization problem. They differ in their choice of objective functions or their solution ....
G. Ramamurthy and A. Kolarov. Application of control theory for the design of closed loop rate control for abr service. In Proceedings of ITC 15, pages 751--760, 1997.
Optimization Flow Control with On-line Measurement or Multiple Paths - Low (1999) (3 citations) (Correct)
....case. The system tracks optimality if network or source conditions change slowly compared with convergence time [15] There is a tremendous literature on flow control, including early schemes based on practical experience, e.g. 11, 7, 22] and recent schemes based on control theory, e.g. [1, 4, 23, 5]. Optimization based flow control have been proposed in [8, 10, 6, 13, 14, 16, 15, 18] All these works motivate flow control by an optimization problem and derive their control mechanisms as solutions to the optimization problem. They differ in their choice of objective functions or their ....
G. Ramamurthy and A. Kolarov. Application of control theory for the design of closed loop rate control for abr service. In Proceedings of ITC 15, pages 751--760, 1997.
Optimization Flow Control, I: Basic Algorithm and Convergence - Low, Lapsley (1999) (104 citations) (Correct)
....REM presented in [1] C. Related works An extensive literature exists on flow control, including the original TCP flow control [15] and recent enhancement in [10] the binary feedback schemes of, e.g. 29] 6] two bit feedback scheme of [23] the control theoretic approach of, e.g. 3] [30], 7] etc. Also see a recent review in [14] A key premise of optimization based flow control [11] 13] 8] 16] 17] 12] 20] 19] 26] 22] is that sources with different valuation of bandwidth should react differently to network congestion. All these works motivate flow control by an ....
G. Ramamurthy and A. Kolarov. Application of control theory for the design of closed loop rate control for abr service. In Proceedings of ITC 15, pages 751--760, 1997.
Optimization Flow Control, I: Basic Algorithm and - Convergence Steven Low (1999) (104 citations) (Correct)
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G. Ramamurthy and A. Kolarov. Application of control theory for the design of closed loop rate control for ABR service. In Proceedings of ITC 15, pages 751--760, 1997.
The Available Bit Rate Service Category in ATM Networks - Blondia, Burakowski, al. (1999) (Correct)
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G. Ramamurthy and A. Kolarov, "Application of Control Theory for the Design of Closed Loop Rate Control for ABR Service", in Proc. of the ITC 15, pp. 751-760, Washington, 1997.
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