Publication detail
Map-based direct position control system for wireless ad-hoc networks
HOŠEK, J. MOLNÁR, K. VAJSAR, P. JAKÚBEK, P.
Original Title
Map-based direct position control system for wireless ad-hoc networks
English Title
Map-based direct position control system for wireless ad-hoc networks
Type
journal article - other
Language
en
Original Abstract
The mobility modelling is one of the most important issues in wireless ad-hoc networks, therefore our research activities are focused on this area. This paper presents a new solution for map-based mobility modelling system which enables direct position control for mobile stations. This system, based on the cooperation model between OPNET Modeler simulation environment and MATLAB tool, provides fully automated process of direct position control with respect to the initial requirement and attributes. Firstly, the input information are collected in OPNET Modeler and forwarded to MATLAB environment. After that, MATLAB process a map source stored as a bitmap image and runs the function which generates a set of coordinates. These coordinates are transferred back to OPNET Modeler and used for the direct movement control of mobile stations. Our system developed was evaluated by the set of simulation runs and the results are placed on the end of this paper.
English abstract
The mobility modelling is one of the most important issues in wireless ad-hoc networks, therefore our research activities are focused on this area. This paper presents a new solution for map-based mobility modelling system which enables direct position control for mobile stations. This system, based on the cooperation model between OPNET Modeler simulation environment and MATLAB tool, provides fully automated process of direct position control with respect to the initial requirement and attributes. Firstly, the input information are collected in OPNET Modeler and forwarded to MATLAB environment. After that, MATLAB process a map source stored as a bitmap image and runs the function which generates a set of coordinates. These coordinates are transferred back to OPNET Modeler and used for the direct movement control of mobile stations. Our system developed was evaluated by the set of simulation runs and the results are placed on the end of this paper.
Keywords
Map-based trajectory control; MATLAB; Mobility model; OPNET Modeler; Wireless network
RIV year
2013
Released
03.10.2013
Publisher
Springer Netherlands
Location
Van Godewijckstraat 30, 3311 GZ Dordrecht, Netherlands
ISBN
1018-4864
Periodical
TELECOMMUNICATION SYSTEMS
Year of study
49
Number
5
State
NL
Pages from
1
Pages to
15
Pages count
15
Documents
BibTex
@article{BUT101848,
author="Jiří {Hošek} and Karol {Molnár} and Pavel {Vajsar} and Peter {Jakúbek}",
title="Map-based direct position control system for wireless ad-hoc networks",
annote="The mobility modelling is one of the most important issues in wireless ad-hoc networks, therefore our research activities are focused on this area. This paper presents a new solution for map-based mobility modelling system which enables direct position control for mobile stations. This system, based on the cooperation model between OPNET Modeler simulation environment and MATLAB tool, provides fully automated process of direct position control with respect to the initial requirement and attributes. Firstly, the input information are collected in OPNET Modeler and forwarded to MATLAB environment. After that, MATLAB process a map source stored as a bitmap image and runs the function which generates a set of coordinates. These coordinates are transferred back to OPNET Modeler and used for the direct movement control of mobile stations. Our system developed was evaluated by the set of simulation runs and the results are placed on the end of this paper.",
address="Springer Netherlands",
chapter="101848",
institution="Springer Netherlands",
number="5",
volume="49",
year="2013",
month="october",
pages="1--15",
publisher="Springer Netherlands",
type="journal article - other"
}