TCP congestion avoidance mechanisms determine methods by which a source adjusts its
window size according to network conditions. Although network calculus has been utilized to …

In delay-based TCP congestion avoidance mechanisms, a source adjusts its window size to
adapt to changes in network conditions as measured through changing queueing delays …

Delay-based TCP congestion avoidance methods such TCP Vegas, Enhanced Vegas, and
Fast TCP all suffer from throughput degradation as illustrated by their inability to fully utilize …

We focus on fairness and stability of the congestion control mechanisms adopted in several
versions of TCP by investigating their time-transient behavior through an analytic approach …

In recent years, the sharp growth of data volume has gradually driven communication
networks to support more and more high-speed transfers. Accordingly, there are many …

Today's standard TCP implementations perform congestion control separately for each
connection of an end system. It is advantageous in terms of overall performance, eg …

Congestion Control (CC) algorithms are essential to quickly restore the network
performance back to stable whenever congestion occurs. A majority of the existing CC …

We introduce a new congestion control algorithm, called TCP-Illinois, which has many
desirable properties for implementation in (very) high-speed networks. TCP-Illinois is a …

In this paper, we examine the feasibility of incorporating network calculus based models in
simulating TCP/IP networks. By exploiting network calculus properties, we characterize how …

TCP congestion control is end-to-end control mechanism, which is implemented through
controlling some important parameters change and used by many computer networks; yet …