In this paper, we propose a flow-level simulator called FSIM (Fluid-based SIMulator) for
performance evaluation of large-scale networks, and verify its effectiveness using our FSIM …

In this paper, we propose a flow-level simulator called FSIM (Fluid-based SIMulator) for
performance evaluation of large-scale networks, and verify its effectiveness using our FSIM …

In this paper, we present design and implementation of a flow level network simulator called
FSIM+ (fluid based network SIMulator plus) for a network with heterogeneous flows …

A widespread methodology for performance analysis in the field of communication systems
engineering is network simulation. While ns-2 has established itself as virtually the standard …

Advanced concepts in large-scale network simulation Page 1 Proceedings of the 2005 Winter
Simulation Conference ME Kuhl, NM Steiger, FB Armstrong, and JA Joines, eds. ADVANCED …

Network performance evaluation through traditional packet-level simulation is becoming
increasingly difficult as today's networks grow in scale along many dimensions. As a …

In recent years, requirements for performance evaluation techniques of a large-scale
network have been increasing. However, the conventional network performance evaluation …

Performance evaluation of computer networks through traditional packet-level simulation is
becoming increasingly difficult as networks grow in size along different dimensions. Due to …

We identify three goals for the graphical user interface (GUI) of a network simulation
environment: user friendliness, model re‐usability, and application extensibility. We address …

Fluid-based models of communication network traffic consider traffic behavior in terms of
packet rates, rather than packet instances. While fluid modeling is commonly used in …