TCP’s delayed acknowledgment algorithm has been shown to hurt TCP performance. One method of gaining the perfor-mance lost by reducing the number of acknowledgments sent is to use a limited byte counting algorithm. However, we show that as outlined in [All98], limited byte counting is too ag-gressive in some situations. This paper defines an appropriate byte counting algorithm to fix this aggressiveness. This paper shows that appropriate byte counting is a better overall algo-rithm. In addition, a scaled version of the appropriate byte counting algorithm, which provides finer-grained control over the aggressiveness of the algorithm, is outlined. In addition, unlike previous work this paper considers the impact of byte counting flows on comp...
Abstract. The dynamic TCP acknowledgement problem formulated by Dooly et al. has been intensively st...
To facilitate the merging of wireless access technologies and the traditional Internet, the core pro...
High performance AI applications require very high bandwidth network communication along with predic...
TCP’s delayed acknowledgment algorithm has been shown to hurt TCP performance. One method of gaining...
Delayed acknowledgments were introduced to conserve network and host resources. Further reduction of...
In TCP, receivers usually delay the emission of acknowledgements (ACK) packets for efficiency purpos...
Control Protocol (TCP) selective acknowledgment (SACK), every SACK block needs 8 bytes to carry info...
A selective acknowledgment (SACK) mechanism, com-bined with a selective repeat retransmission policy...
The efficient usage of congestion control becomes significant as Internet traffic grows. The quality...
Transmission control protocol (TCP) employs acknowledgement (TCPACK) for every transmitted packets t...
Ponencia presentada en: Proceedings of IEEE Global Information Infrastructure and Networking Symposi...
The acknowledgment strategy has great potential to increase TCP throughput when it runs over 802.11 ...
This paper uses simulations to explore the benefits of adding selective acknowledgments (SACK) and s...
Most standard implementations of TCP perform poorly when packets are reordered. In this paper, we pr...
End-to-end data transport protocols have two main functions: error recovery and congestion control. ...
Abstract. The dynamic TCP acknowledgement problem formulated by Dooly et al. has been intensively st...
To facilitate the merging of wireless access technologies and the traditional Internet, the core pro...
High performance AI applications require very high bandwidth network communication along with predic...
TCP’s delayed acknowledgment algorithm has been shown to hurt TCP performance. One method of gaining...
Delayed acknowledgments were introduced to conserve network and host resources. Further reduction of...
In TCP, receivers usually delay the emission of acknowledgements (ACK) packets for efficiency purpos...
Control Protocol (TCP) selective acknowledgment (SACK), every SACK block needs 8 bytes to carry info...
A selective acknowledgment (SACK) mechanism, com-bined with a selective repeat retransmission policy...
The efficient usage of congestion control becomes significant as Internet traffic grows. The quality...
Transmission control protocol (TCP) employs acknowledgement (TCPACK) for every transmitted packets t...
Ponencia presentada en: Proceedings of IEEE Global Information Infrastructure and Networking Symposi...
The acknowledgment strategy has great potential to increase TCP throughput when it runs over 802.11 ...
This paper uses simulations to explore the benefits of adding selective acknowledgments (SACK) and s...
Most standard implementations of TCP perform poorly when packets are reordered. In this paper, we pr...
End-to-end data transport protocols have two main functions: error recovery and congestion control. ...
Abstract. The dynamic TCP acknowledgement problem formulated by Dooly et al. has been intensively st...
To facilitate the merging of wireless access technologies and the traditional Internet, the core pro...
High performance AI applications require very high bandwidth network communication along with predic...