tcp - ip flows for
On the Performance of TCP Loss Recovery Mechanisms
White Paper Moreover, 80% of the flows sent through the Internet are TCP flows. Among the applications that use TCP, the Web is the dominant one, comprising up to 75% of the bytes,... [15 Jan 2008]
Improving the Performance of TCP on Guaranteed Bandwidth Connections
White Paper The congestion control mechanisms like slow start and congestion avoidance have to be revised in the context of guaranteed services, where no congestions occur for special flows. Nevertheless,... [15 Jan 2008]
Testing Fast TCP Over Abilene
White Paper A 2.5 Gb/s production Abilene circuit to SoX GigaPoP is congested by fast flows for 30 minutes using a novel test tool, without adverse effects on production or other test traffic. Fast... [15 Jan 2008]
Support of Elastic TCP Traffic Over Broadband Geostationary Satellite Networks
White Paper This paper investigates mechanisms available at the satellite network for the provision of service differentiation to TCP flows. It demonstrates that fundamental satellite access network... [15 Jan 2008]
Fixed-Point Approximations for TCP Performance Over Bandwidth on Demand GEO Satellite Links
White Paper This paper investigates the use of fixed-point methods for predicting the performance of multiple TCP flows sharing geostationary satellite links. The problem formulation is general in... [15 Jan 2008]
Improving Distributed Application Performance Using TCP Instrumentation
White Paper The paper describes how this daemon was used to analyze GridFTP data flows with some experimental TCP protocol enhancements. This paper describes how TCP instrumentation can be used to... [15 Jan 2008]
TCP Smart-Framing: Using Smart Segments to Enhance the Performance of TCP
White Paper This paper proposes an enhancement to the TCP protocol, called TCP Smart-Framing (TCP-SF), that enables the Fast Recovery algorithm for short lived... [15 Jan 2008]
A Hybrid Systems Framework for TCP Congestion Control: A Theoretical Model and Its Simulation-Based Validation
White Paper This paper makes use of hybrid systems to model the transient and steady-state behavior of multiple TCP flows that share a single common bottleneck link. For the past decade,... [15 Jan 2008]
TCP Model for Short Lived Flows
White Paper ACCORDING to studies, TCP, accounts for 95% of the total traffic volume, and 80% of the total number of flows in the Internet. This paper proposes a recursive, analytical model to... [15 Jan 2008]
Queueing Network Model of Short-Lived TCP Flows With Mixed Wired and Wireless Access Links
White Paper This paper presents an analytical model, based on a Fixed Point Approximation (FPA) solution, that can be used to derive the performance of different sets of TCP connections that share, and compete for,... [15 Jan 2008]
Differentiation Between Short and Long TCP Flows: Predictability of the Response Time
White Paper Internet measurements show that a small number of large TCP flows are responsible for the largest amount of data transferred, whereas most of the TCP sessions are made... [15 Jan 2008]
Queue Dynamics of RED Gateways Under Large Number of TCP Flows
White Paper As the number of competing flows becomes large, the queue behavior of RED can be described by a two-dimensional recursion. This paper considers a stochastic model of a RED gateway under competing... [15 Jan 2008]
Jointly Coordinating ECN and TCP for Rapid Adaptation to Varying Bandwidth
White Paper This paper explores the design of a rapidly-reactive congestion control framework, where the ECN-aware best-effort flows aggressively go after any unused capacity. By making routers mark packets in a much more aggressive... [15 Jan 2008]
TCP Smart Framing: A Segmentation Algorithm to Reduce TCP Latency
White Paper This choice is motivated by real traffic measurements, which indicate that today's traffic is populated by short-lived flows, whose only means to recover from a packet loss is by triggering a Retransmission Timeout. [15 Jan 2008]
Inferring Path Sharing Based on Flow Level TCP Measurements
White Paper The premise is that flows that temporally overlap on congested resources will have correlated throughputs. This paper develops methods to infer path or bottleneck sharing among TCP flow classes based on... [15 Jan 2008]
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