Event Behavior of Discrete Event Simulation in CD++ Vs. NS-2

Shafagh Jafer; Gabriel Wainer; Juan-Carlos Maureira Bravo; Olivier Dalle

Event Behavior of Discrete Event Simulation in CD++ Vs. NS-2

Shafagh Jafer, Gabriel Wainer, Juan-Carlos Maureira Bravo, Olivier Dalle

Carleton University

Research output: Contribution to conference › Presentation

Abstract

"The study of events behavior through real simulations could contribute to develop or improve Future Event Set (FES) data structures in order to achieve better performance on large scale simulations. In this paper we have analyzed FES data structures of two discrete event simulators: CD++ and NS-2. We have run variety of simulations on each simulator to describe a real event behavior by observing event timestamps, life times into the FES and firing time (event execution time). The goal of this research is to present new ideas on how the FES data structures could be improved exploiting event behaviors."--From the paper.

Original language	American English
State	Published - Apr 2008
Externally published	Yes
Event	Proceedings of the Spring Simulation Mutliconference, SpringSim - Ottawa, Ontario, Canada Duration: Apr 1 2008 → …

Conference

Conference	Proceedings of the Spring Simulation Mutliconference, SpringSim
Period	4/1/08 → …

Keywords

DEVS
CD++
NS-2
FES
ELT

Disciplines

Electrical and Computer Engineering

Cite this

@conference{cc671c97f0324920ae8e50fbf650ceb8,

title = "Event Behavior of Discrete Event Simulation in CD++ Vs. NS-2",

abstract = " {"}The study of events behavior through real simulations could contribute to develop or improve Future Event Set (FES) data structures in order to achieve better performance on large scale simulations. In this paper we have analyzed FES data structures of two discrete event simulators: CD++ and NS-2. We have run variety of simulations on each simulator to describe a real event behavior by observing event timestamps, life times into the FES and firing time (event execution time). The goal of this research is to present new ideas on how the FES data structures could be improved exploiting event behaviors.{"}--From the paper.",

keywords = "DEVS, CD++, NS-2, FES, ELT",

author = "Shafagh Jafer and Gabriel Wainer and {Maureira Bravo}, Juan-Carlos and Olivier Dalle",

year = "2008",

month = apr,

language = "American English",

note = "Proceedings of the Spring Simulation Mutliconference, SpringSim ; Conference date: 01-04-2008",

}

TY - CONF

T1 - Event Behavior of Discrete Event Simulation in CD++ Vs. NS-2

AU - Jafer, Shafagh

AU - Wainer, Gabriel

AU - Maureira Bravo, Juan-Carlos

AU - Dalle, Olivier

PY - 2008/4

Y1 - 2008/4

N2 - "The study of events behavior through real simulations could contribute to develop or improve Future Event Set (FES) data structures in order to achieve better performance on large scale simulations. In this paper we have analyzed FES data structures of two discrete event simulators: CD++ and NS-2. We have run variety of simulations on each simulator to describe a real event behavior by observing event timestamps, life times into the FES and firing time (event execution time). The goal of this research is to present new ideas on how the FES data structures could be improved exploiting event behaviors."--From the paper.

AB - "The study of events behavior through real simulations could contribute to develop or improve Future Event Set (FES) data structures in order to achieve better performance on large scale simulations. In this paper we have analyzed FES data structures of two discrete event simulators: CD++ and NS-2. We have run variety of simulations on each simulator to describe a real event behavior by observing event timestamps, life times into the FES and firing time (event execution time). The goal of this research is to present new ideas on how the FES data structures could be improved exploiting event behaviors."--From the paper.

KW - DEVS

KW - CD++

KW - NS-2

KW - FES

KW - ELT

M3 - Presentation

T2 - Proceedings of the Spring Simulation Mutliconference, SpringSim

Y2 - 1 April 2008

ER -