Several nonlinear Internet congestion control schemes have been proposed in the previous years based on primal and dual decompositions of convex yet centralized optimization problems that describe the bandwidth allocation problem. This design methodology uses (sub)gradient methods for the design of node/link dynamics and guarantees nominal functionality for arbitrary system sizes. In this technical note we analyze the robustness of such nonlinear schemes to the presence of multiple, non-commensurate (heterogeneous) communication delays. © 2006 IEEE
Abstract—In this paper, we address the question of global asymptotic stability of TCP/AQM congestion...
This paper is concerned with understanding the connection between the existing Internet congestion c...
We consider congestion control in a network with delay sensitive/ insensitive traffic, modelled by a...
Network congestion control schemes for the Internet aim to achieve efficient sharing of the availabl...
It is shown that the queuing delay involved in the congestion control algorithm is state-dependent a...
Abstract: The aim of network congestion control for the Internet is to allocate the available bandwi...
In this paper, we study the problem of designing globally stable, scalable congestion control algori...
We survey some recent results on modeling, analysis and design of congestion control schemes for the...
Recent research efforts to design better Internet transport protocols combined with scalable Active ...
Networked systems are common across engineering and the physical sciences. Examples include the Inte...
Abstract: This paper deals with the problem of congestion control in a next-generation heterogeneous...
Abstract—This paper is concerned with understanding the connection between the existing Internet con...
The Internet is dynamically shared by numerous flows of data traffic. Network congestion occurs when...
This work presents a congestion control for highspeed networks in the single bottle-neck case with ...
We consider a single link accessed by a single source which responds to congestion signals from the...
Abstract—In this paper, we address the question of global asymptotic stability of TCP/AQM congestion...
This paper is concerned with understanding the connection between the existing Internet congestion c...
We consider congestion control in a network with delay sensitive/ insensitive traffic, modelled by a...
Network congestion control schemes for the Internet aim to achieve efficient sharing of the availabl...
It is shown that the queuing delay involved in the congestion control algorithm is state-dependent a...
Abstract: The aim of network congestion control for the Internet is to allocate the available bandwi...
In this paper, we study the problem of designing globally stable, scalable congestion control algori...
We survey some recent results on modeling, analysis and design of congestion control schemes for the...
Recent research efforts to design better Internet transport protocols combined with scalable Active ...
Networked systems are common across engineering and the physical sciences. Examples include the Inte...
Abstract: This paper deals with the problem of congestion control in a next-generation heterogeneous...
Abstract—This paper is concerned with understanding the connection between the existing Internet con...
The Internet is dynamically shared by numerous flows of data traffic. Network congestion occurs when...
This work presents a congestion control for highspeed networks in the single bottle-neck case with ...
We consider a single link accessed by a single source which responds to congestion signals from the...
Abstract—In this paper, we address the question of global asymptotic stability of TCP/AQM congestion...
This paper is concerned with understanding the connection between the existing Internet congestion c...
We consider congestion control in a network with delay sensitive/ insensitive traffic, modelled by a...