(Communicated by Dr. Houdou Qi) Abstract. In this paper, a new neural network adaptive control strategy based on Host Gate Way Rate Control Protocol (HGRCP) is proposed for intranet congestion management. The control algorithm is based on the Elman recurrent neural net-work via using the ABR service of an ATM backbone network. Simulations confirm that the proposed algorithm will produce lower queue level variance at the gateway. Meanwhile, the learning capability can be improved significantly. 1. Introduction. Intrane
AT.11 (asynchronous transfer mode) systems can support services with bursty traffic. A n ATX sys-tem...
This paper discusses a technique for call admission and routing control, based on a global quality f...
[[abstract]]ABR lite congestion control schemes, such as forward explicit congestion notification (F...
This paper presents the method of congestion control using neurons at the switching nodes in the ATM...
The capability of neural networks to control connection admission in Asynchronous Transfer Mode (ATM...
This thesis presents a study on the use of recently developed neural networks MRAN (Minimal Resource...
The resource allocation in the Broadband Integrated Services Dig-ital Network (B-ISDN) must guarante...
A novel network congestion algorithm is introduced for Transmission Control Protocol/Active Queue Ma...
Named Data Networking (NDN) is a promising network architecture being considered as a possible repla...
A primary reason for Congestion in communication networks is the presence of preprocessing and postp...
Abstract: Active Queue Management (AQM) applies a suitable control policy upon detecting congestion ...
In this paper, the capability of neural networks to call admission control in Asynchronous Transfer ...
Active queue control aims to improve the overall communication network throughput, while providing l...
Abstract—This paper examines congestion control for explicit rate data networks. The available bit r...
The authors discuss a technique that offers the combination of shared bandwidth and rejection rate p...
AT.11 (asynchronous transfer mode) systems can support services with bursty traffic. A n ATX sys-tem...
This paper discusses a technique for call admission and routing control, based on a global quality f...
[[abstract]]ABR lite congestion control schemes, such as forward explicit congestion notification (F...
This paper presents the method of congestion control using neurons at the switching nodes in the ATM...
The capability of neural networks to control connection admission in Asynchronous Transfer Mode (ATM...
This thesis presents a study on the use of recently developed neural networks MRAN (Minimal Resource...
The resource allocation in the Broadband Integrated Services Dig-ital Network (B-ISDN) must guarante...
A novel network congestion algorithm is introduced for Transmission Control Protocol/Active Queue Ma...
Named Data Networking (NDN) is a promising network architecture being considered as a possible repla...
A primary reason for Congestion in communication networks is the presence of preprocessing and postp...
Abstract: Active Queue Management (AQM) applies a suitable control policy upon detecting congestion ...
In this paper, the capability of neural networks to call admission control in Asynchronous Transfer ...
Active queue control aims to improve the overall communication network throughput, while providing l...
Abstract—This paper examines congestion control for explicit rate data networks. The available bit r...
The authors discuss a technique that offers the combination of shared bandwidth and rejection rate p...
AT.11 (asynchronous transfer mode) systems can support services with bursty traffic. A n ATX sys-tem...
This paper discusses a technique for call admission and routing control, based on a global quality f...
[[abstract]]ABR lite congestion control schemes, such as forward explicit congestion notification (F...