Publications by Milan Vojnovic

The Random Trip Model, Part I: Stability

This document is replaced by "The Random Trip Model: Stability, Stationary Regime, and Perfect Simulation" by the same authors LCA-REPORT-2006-003 href="http://infoscience.epfl.ch/s ...

2005

The Random Trip Model, Part II: Stationary Regime and erfect Simulation

Jean-Yves Le Boudec, Milan Vojnovic

This document is replaced by "The Random Trip Model: Stability, Stationary Regime, and Perfect Simulation" by the same authors LCA-REPORT-2006-003 href="http://infoscience.epfl.ch/s ...

2005

Perfect Simulation and Stationarity of a Class of Mobility Models

Jean-Yves Le Boudec, Milan Vojnovic

We define ``random trip", a generic mobility model for independent mobiles that contains as special cases: the random waypoint on convex or non convex domains, random walk with reflection or wrapping, city section, space graph and other models. We use Palm ...

2004

Bits of Internet traffic control

Milan Vojnovic

In this work, we consider four problems in the context of Internet traffic control. The first problem is to understand when and why a sender that implements an equation-based rate control would be TCP-friendly, or not—a sender is said to be TCP-friendly if ...

EPFL2003

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

Milan Vojnovic

We consider the problem of providing delay bounds to reserved traffic in high-speed input-queued switches. We assume that the matrix of bandwidth demands is known and we use the now standard approach of decomposing this matrix into a convex combination of ...

2003

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

Milan Vojnovic

We consider the problem of providing delay bounds to reserved traffic in high-speed input-queued switches. We assume that the matrix of bandwidth demands is known and we use the now standard approach of decomposing this matrix into a convex combination of ...

2003

Bounds for Independent Regulated Inputs Multiplexed in a Service Curve Network Element

Jean-Yves Le Boudec, Milan Vojnovic

We consider the problem of bounding the probability of buffer overflow in a network node receiving independent inputs that are each constrained by arrival curves, but that are served as an aggregate. Existing results (for example \cite{kesidis-00-b} and \c ...

2003

A Note on the Stochastic Bias of Some Increase-Decrease Congestion Cont rols: HighSpeed TCP Case Study

Jean-Yves Le Boudec, Milan Vojnovic

We consider increase-decrease congestion controls, a formulation that accommodates many known congestion controls. There have been many works that aim to obtain relation between the loss-event rate

\fpp

and time-average window

\taw

for some known parti ...

2003

On the Long-Run Behavior of Equation-Based Rate Control

Jean-Yves Le Boudec, Milan Vojnovic

We consider unicast equation-based rate con-trol, where, at some points in time, a sender adjusts its rate to f(p,r), where p is an on-line estimate of the loss-event rate observed by this source, r of the average round-trip time, and f is a TCP throughput ...

2003

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

Milan Vojnovic

We consider the problem of providing delay bounds to reserved traffic in high-speed input-queued switches. We assume that the matrix of bandwidth demands is known and we use the now standard approach of decomposing this matrix into a convex combination of ...

2002

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The Random Trip Model, Part I: Stability

The Random Trip Model, Part II: Stationary Regime and erfect Simulation

Perfect Simulation and Stationarity of a Class of Mobility Models

Bits of Internet traffic control

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

Bounds for Independent Regulated Inputs Multiplexed in a Service Curve Network Element

A Note on the Stochastic Bias of Some Increase-Decrease Congestion Cont rols: HighSpeed TCP Case Study

On the Long-Run Behavior of Equation-Based Rate Control

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

Bits of Internet traffic control

The Random Trip Model, Part I: Stability

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

The Random Trip Model, Part II: Stationary Regime and erfect Simulation

Perfect Simulation and Stationarity of a Class of Mobility Models

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

A Note on the Stochastic Bias of Some Increase-Decrease Congestion Cont rols: HighSpeed TCP Case Study

Bounds for Independent Regulated Inputs Multiplexed in a Service Curve Network Element

Scheduling Reserved Traffic in Input-Queued Switches: New Delay Bounds via Probabilistic Techniques

On the Long-Run Behavior of Equation-Based Rate Control