DESIGN OF DISASTER STATE PRESENTATION SYSTEM USING ULTRA HIGH RESOLUTION DISPLAY
Keywords:
Tiled display wall, Disaster Countermeasure Operation, GIS, Disaster InformationAbstract
Management of disaster information is identified as one of the important functions in disaster countermeasure activity once large scale disaster has broken out. Since a large number of disaster information regarding with damage state in aftermath phase are reported to Counter Disaster headquarter (CDH), officers of CDH have to consolidate those to understand the state and to do decision making for quick and correct activity. In conventional, printed large maps are used for disaster management. However, the printed maps are disadvantage because a rapid and flexible reflection of disaster association between the damage state and geographical location cannot be easily attained. On the other hand, a GIS based disaster information system which represents disaster information on a standard display device is proposed and used for small number of disaster officers with relatively small scale of disasters. In this paper we propose LIVEwall by tiled displayed System based presentation and sharing platform for a large disaster case. Our system provides aggregated functions which can visually overlay the damage information on digital map for decision making in the disaster case. The damage state is managed and consolidated and displayed on the digital map on each CDH in local governments. In addition, we propose a shared workspace on the unified shared display device to show both the detail of indicated object and the perspicuity of whole wide area. We consider various interactions between users and tiled display system for both within the same CDH and inter-CDHs as design concept.
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References
L. Weizhong, W. Yanping, “The GIS-Based Information System of Geological Hazard
Reconnaissance”, Proc. of Workd Congress on Comp. Sci. and Information Engr., pp.394-397
(2009).
W. Junjie, G. Huiying, X. Junfeng, “Development and Application of a GIS-Based System for
City Earthquake-Induced Hazard Estimate”, Proc. of Int'l Conference on Intelligent Comp. Tech
and Automation, pp.82-85(2010).
M. Czerwinski, G.G. Robertson, B. Meyers, G. Smith, D. Robbins, D. Tan, "Large Display
Research Overview", Proc. of Computer-Human Interaction Extended Abstracts on Human
Factors in Computing Systems, pp.69-74 (2006).
D. S. Tan, D. Gergle, P. Scupeli, R. Pausch, "Physically Large Displays Improve Performance on
Spatial Tasks" ACM Transactions on Computer-Human Interaction, vol.13, No.1, pp.71-99
(2006).
X. J. Bi, R. Balakrishnan: "Comparing Usage of a Large High Resolution Display to Single or
Dual Desktop Displays for Daily Work", Proc. of the 27th Int'l Conference on Human factors in
computing systems, pp.1005-1014 (2009).
Multi Tiled Display using Chromium - http://cseweb.ucsd.edu/users/rchandra/chromium.html
(Accessed on Oct-06-2013).
R.E. Faith, K.E.Martin: “Distributed Multi-head X” (2004).
K. Doerr, F. Kuester, “CGLX: A Scalable, High-Performance Visualization Framework for
Networked Display Environments”, IEEE Trans. on Visualization and Computer Graphics,
Vol.17, Issue 3, pp.320-332 (2010).
J. Leigh, L. Renambot, A. Johnson, R. Jagodic, H. Hyuejung, E. Hofer, D. Lee, “Scalable
Adaptive Graphics middleware for visualization streaming and collaboration in ultra resolution
display environments”, Proc. of Workshop on Ultrascale Visualization 2008, pp.47-54 (2008).
G.P. Johnson, G.D. Abram, B. Westing, P. Navr’til, K. Gaither, “DisplayCluster: An Interactive
Visualization Environment for Tiled Displays”, Proc. of 2012 IEEE International Conference on
Cluster Computing, pp.239-247 (2012).
Y. Sasaki, Y. Shibata, “A Disaster Information Sharing Method by the Mobile Servers in
Challenged Networks”, Proc. of 2012 26th International Conference on Advanced Information
Networking and Applications Workshops, pp. 1048-1053(2012).
K. Kobayashi, A. Narita, M. Hirano, I. Kase, S. Tsuchida, T. Omi, T. Kakizaki, T. Hosokawa,
“Collaborative simulation interface for planning disaster measures”, Proc. of CHI '06 Extended
Abstracts on Human Factors in Computing Systems, pp.977-982 (2006).
A. Sakuraba, T. Ishida, Y. Shibata, “An Input Method for High-resolution Large 2D Desktop
Environment Using Wireless Device with Joystick”, Proc. of 26th International Conference on
Advanced Information Networking and Applications Workshops, pp.1-6 (2012).
(Accessed on Oct-06-2013).
(Accessed on Oct-06-2013).
(Accessed on Oct-06-2013).
http://trac.webkit.org/wiki/QtWebKit
(Accessed on Oct-06-2013).
D. Asahizawa, Y. Shibata, “Multihopped Wireless Disaster Information Network by Automatic
Directional Antenna Control Method:, Proc. of 2010 Int’l Conference on Broadband, Wireless
Computing, Communication and Applications, pp.328-333 (2010).
T. Suzuki, Y. Shibata, “Wireless Network System with Autonomous Antenna Actuator Control
for Disaster Information”, Proc. of 2012 26th International Conference on Advanced Information
Networking and Applications Workshops, pp.1031-1036 (2012).
N. Uchida, G. Sato, Y.Shibata, “Optimal Route Selection Method with Satellite System for
Cognitive Wireless Network in Disaster Information Network”, Proc. of 2011 IEEE Int’l
Conference on Advanced Information Networking and Applications, pp.23-29 (2011).
K. Nyuyen, Q. Minh, S. Yamada, “A Software-Defined Networking Approach for Disaster-
Resilient WANs”, Proc. of 2013 22nd Int’l Conference on Computer Communications and
Networks, pp.1-5 (2013).