A Basic Study on Ubiquitous Overloaded Vehicles Regulation System
Load managing method on road became necessary
since overloaded vehicles occur damage on road facilities and existing
systems for preventing this damage still show many
problems.Accordingly, efficient managing system for preventing
overloaded vehicles could be organized by using the road itself as a
scale by applying genetic algorithm to analyze the load and the drive
information of vehicles.Therefore, this paper organized Ubiquitous
sensor network system for development of intelligent overload vehicle
regulation system, also in this study, to use the behavior of road, the
transformation was measured by installing underground box type
indoor model and indoor experiment was held using genetic algorithm.
And we examined wireless possibility of overloaded vehicle
regulation system through experiment of the transmission and
reception distance.If this system will apply to road and bridge, might
be effective for economy and convenience through establishment of
U-IT system..
[1] Mark Weiser; "The Computer of the 21st Century", Scientific American,
paper published, 1991
[2] Byung Wan-Jo, "A Basic Study on Vehicle Load Analyzing System for
Embedded Road(Periodical styleÔÇöAccepted for publication)", KSCE,
vol. 31, 2011, pp.127-132
[3] Eun young Kim, "Overloading vehicles analasys and
regulation(Periodical styleÔÇöAccepted for publication)", A paper of
Research Seoul, to be published
[4] Goldberg, V A., "Sizing populations for serial and parallel genetic
algorithms", 3rd Conf. genetic Algori., vol. 5,1989, pp.30-42
[5] The MathWorks, "Using MATLAB", version 6.5. Natick, MA: USA,
2003
[1] Mark Weiser; "The Computer of the 21st Century", Scientific American,
paper published, 1991
[2] Byung Wan-Jo, "A Basic Study on Vehicle Load Analyzing System for
Embedded Road(Periodical styleÔÇöAccepted for publication)", KSCE,
vol. 31, 2011, pp.127-132
[3] Eun young Kim, "Overloading vehicles analasys and
regulation(Periodical styleÔÇöAccepted for publication)", A paper of
Research Seoul, to be published
[4] Goldberg, V A., "Sizing populations for serial and parallel genetic
algorithms", 3rd Conf. genetic Algori., vol. 5,1989, pp.30-42
[5] The MathWorks, "Using MATLAB", version 6.5. Natick, MA: USA,
2003
@article{"International Journal of Architectural, Civil and Construction Sciences:50363", author = "Byung-Wan Jo and Kwang-Won Yoon and Ji-Sun Choi", title = "A Basic Study on Ubiquitous Overloaded Vehicles Regulation System", abstract = "Load managing method on road became necessary
since overloaded vehicles occur damage on road facilities and existing
systems for preventing this damage still show many
problems.Accordingly, efficient managing system for preventing
overloaded vehicles could be organized by using the road itself as a
scale by applying genetic algorithm to analyze the load and the drive
information of vehicles.Therefore, this paper organized Ubiquitous
sensor network system for development of intelligent overload vehicle
regulation system, also in this study, to use the behavior of road, the
transformation was measured by installing underground box type
indoor model and indoor experiment was held using genetic algorithm.
And we examined wireless possibility of overloaded vehicle
regulation system through experiment of the transmission and
reception distance.If this system will apply to road and bridge, might
be effective for economy and convenience through establishment of
U-IT system..", keywords = "Overload Vehicle. Genetic Algorithm, EmbeddedSystem, Wim Sensor, overload vehicle regulation", volume = "5", number = "9", pages = "360-4", }