[Firebug-cvs] firebug/web glaser_spie_2004_paper.pdf,NONE,1.1 publications.html,1.7,1.8

[David M. D. <do...@us...>]

Update of /cvsroot/firebug/firebug/web
In directory sc8-pr-cvs1.sourceforge.net:/tmp/cvs-serv15384

Modified Files:
	publications.html 
Added Files:
	glaser_spie_2004_paper.pdf 
Log Message:
Added Steve's spie paper and abstract to pub list.

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Index: publications.html
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RCS file: /cvsroot/firebug/firebug/web/publications.html,v
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retrieving revision 1.8
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*** publications.html	14 Jul 2004 23:35:28 -0000	1.7
--- publications.html	15 Jul 2004 14:43:15 -0000	1.8
***************
*** 51,55 ****
  
        <li>
! 	D. M. Doolin, S. Glaser and  N. Sitar.
  	<a href="interface_poster.pdf" alt="TOS Tech Exchange Poster">
  	  Software Architecture for GPS-enabled Wildfire Sensorboard</a>.
--- 51,55 ----
  
        <li>
!         D. M. Doolin, S. D. Glaser and N. Sitar.
  	<a href="interface_poster.pdf" alt="TOS Tech Exchange Poster">
  	  Software Architecture for GPS-enabled Wildfire Sensorboard</a>.
***************
*** 75,82 ****
  
        <li>
! 	Professor Glaser's 
! 	<a href="sensor_net.pdf">talk</a> on sensor networks.
! 	<p>
! 	  ABSTRACT: Talk on sensor networks.
  	</p>
        </li>
--- 75,105 ----
  
        <li>
!         S. D. Glaser.
! 	<a href="glaser_spie_2004_paper.pdf">Some real-world applications of wireless sensor nodes</a>
! 	Proceedings of SPIE Symposium on Smart Structures & Materials/ NDE 2004, San Diego,
! 	California, March 14-18, 2004
! 		<p>
! 	  ABSTRACT: This paper presents two case histories of the use of
! 	  wireless sensor Mote technologies. These are devices that
! 	  incorporate communications, processing, sensors, sensor fusion,
! 	  and power source into a package currently about two cubic inches in
! 	  size - networked autonomous sensor nodes. The first case discussed
! 	  is the November, 2001, instrumentation of a blastinduced
! 	  liquefaction test in Tokachi Port, Japan. The second case discussed
! 	  is the dense-pak<sup>TM</sup> instrumentation of the seismic shaking test of a
! 	  full-scale wood-frame building on the UCB Richmond shake table. The
! 	  utility of dense instumentation is shown, and how it allows location
! 	  of damage globally unseen. A methodology of interpreting structural
! 	  seismic respose by Bayesian updating and extended Kalman filtering is
! 	  presented. It is shown that dense, inexpensive instrumentation is
! 	  needed to identify structural damage and prognosticate future behavior.
! 	  The case studies show that the current families of Motes are very
! 	  useful, but the hardware still has difficulties in terms of reliability
! 	  and consistancy. It is apparent that the TinyOS is a wonderful tool
! 	  for computer science education but is not an industrual quality
! 	  instrumentation system. These are, of course, growing pains of the
! 	  first incarnations of the Berkeley Smart Dust ideal.  We expect the
! 	  dream of easy to use, inexpensive, smart, wireless, sensor networks
! 	  to become a reality in the next couple of years.
  	</p>
        </li>