-
Cross-Layer Loss Differentiation Algorithms to improve TCP Performance in WLANs
International audience -
Cross-Layer Design to Improve Elastic Traffic Performance in WLANs
International audience -
A survey of lower-than-best-effort transport protocols. RFC 6297, IETF.
This document provides a survey of transport protocols which are designed to have a smaller bandwidth and/or delay impact on standard TCP than standard TCP itself when... -
End-to-End algebraic network coding for wireless TCP/IP networks
International audience -
Tirer les ficelles de l'architecture TCP/IP avec Marionnet
National audience -
Which Transport Protocol for Hybrid Terrestrial and Satellite Systems?
International audience -
Measurement of TCP computational and communication energy cost in MANETs
International audience -
Analysis of AIMD protocols over paths with variable delay
The throughput of AIMD protocols in general and of TCP in particular, has been computed in many existing works by modeling the round-trip time as a constant and thus... -
Removing the MAC Retransmission Times from the RTT in TCP
MAC retransmission of packets (for example in a video transfer) raises the RTT and leads to throughput decrease on TCP versions based on RTT for their sending rate.... -
A Survey of TCP over Mobile Ad Hoc Networks
The Transmission Control Protocol (TCP) was designed to provide reliable end-to-end delivery of data over unreliable networks. In practice, most TCP deployments have... -
TCP adaptation to EDS
The TCP/IP stack has been mainly designed for elastic traffic (file transfers). It is nowadays recognized that it is not able to efficiently support traffic patterns... -
Loss Strategies for Competing TCP/IP Connections
We study in this paper two competing TCP connections that share a common bottleneck link. When congestion occurs, one (or both) connections will suffer a loss that... -
Heavy Traffic Analysis of AIMD Models
The goal of this paper is to study heavy traffic asymptotics of many Additive Increase Multiplicative Decrease (AIMD) connections sharing a common router in the... -
Design of Feedback Controls Supporting TCP based on Modern Control Theory
This paper investigates how to design feedback controls supporting TCP (Transmission Control Protocol) based on modern control theories. The present paper studies a... -
TCP Throughput Analysis under Transmission Error and Congestion Losses
This paper analyzes the performance of a large population of long lived TCP flows experiencing random packet losses due to both random transmission errors and... -
Handling Two-Way TCP Traffic in Bandwidth Asymmetric Networks
The TCP congestion control protocol assumes bandwidth symmetric paths. As two-way asymmetric connections will probably become common case in the future with the... -
Pricing Differential Services: A Game-Theoretic Approach
The goal of this paper is to study pricing of differential services and its impact on the choice of service priority at equilibrium. We consider both TCP connections... -
On The Effect of Feedback Traffic in IEEE 802.11b WLANs
In this work we study the effect of TCP feedback traffic in IEEE 802.11b--based WLANs. In particular, we present an analytical model which allows to evaluate the... -
Mean Field Convergence of a model of multiple TCP connections through a buffe...
RED (Random Early Detection) have been suggested when multiple TCP sessions are multiplexed through a bottleneck buffer. The idea is to detect congestion before the... -
Analysis Of Link-Level Hybrid FEC/ARQ-SR For Wireless Links and Long-Lived TC...
Since the TCP protocol uses the loss of packets as an indication of network congestion, its performance degrades over wireless links, which are characteri- zed by a...
