Abstract: In this paper we propose a discrete-time sliding mode flow controller for a single virtual circuit in connection-oriented communication networks.
The paper concerns an application of regulation theory methods to modeling and effective control of connection-oriented data transmission networks. In ...
Abstract. The paper concerns an application of regulation theory methods to modeling and effective control of connection-oriented data transmission networks ...
The controller uses a dead-beat sliding hyperplane in order to ensure fast response to unknown changes of the link capacity and to an unpredictable data loss ...
Abstract In this contribution, we consider the problem of data flow control for a single virtual connection in communication networks.
This paper presents a new discrete-time sliding mode flow controller for a single virtual circuit in connection-oriented communication networks.
The controller uses a dead-beat sliding hyperplane in order to ensure fast response to unknown changes of the link capacity and to an unpredictable data loss ...
This paper addresses the flow control design of a connection-oriented communication network from the robust control theory perspective.
Robust Flow Controllers for a Single Virtual Circuit in Data ... control for a single virtual circuit in connection-oriented networks with lossy links.
Simulations have been performed to verify the effectiveness of using link-by-link flow controlled virtual channels for maximizing ATM network performance.
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