Team for Research in
Ubiquitous Secure Technology

Citation
Edgar J Lobaton Lopez. "Finite Element Surface-based Stereo 3D Reconstruction". Talk or presentation, 27, April, 2006; Poster given at the Trust NSF Site Visit.

Abstract
This project aims for the design of an algorithm for 3D reconstruction of scenes based on stereo pair images. The main motivations for this project are tele-immersive applications for which we require the transfer of a reconstruction through a network in real-time. Here we aim for a surface based approach using finite elements and triangular wavelets for real-time computations and compactness of the representation. The importance of compactness is emphasized for future transmission of the data over a network. Mathe Janos Laszlo janosmathe none Co-design Environment for Secure Embedded Systems Matt Eby, Janos Mathe, Jan Werner Janos Sztipanovits, Gabor Karsai, Yuan Xue, Sandeep Neema Vanderbilt University There is an increasing concern of security threats as embedded systems are moving towards networked applications. Model based approaches have proven to be an effective solution for embedded systems design. We show that existing modeling tools are not sufficient to meet the current and future security challenges of networked embedded systems and we propose a framework to integrate security modeling in embedded system design. We also introduce an example co-design environment we?ve developed that addresses security, functionality and system architecture aspects of embedded systems.

Electronic downloads

• lobaton_FET3DReconstruction_TrustApril06Poster.ppt · application/vnd.ms-powerpoint · 3948 kbytes

• HTML

  Edgar J Lobaton Lopez. <a
  href="http://www.truststc.org/pubs/83.html"
  ><i>Finite Element Surface-based Stereo 3D
  Reconstruction</i></a>, Talk or presentation, 
  27, April, 2006; Poster given at the Trust NSF Site Visit.

• Plain text

  Edgar J Lobaton Lopez. "Finite Element Surface-based
  Stereo 3D Reconstruction". Talk or presentation,  27,
  April, 2006; Poster given at the Trust NSF Site Visit.

• BibTeX

  @presentation{Lopez06_FiniteElementSurfacebasedStereo3DReconstruction,
      author = {Edgar J Lobaton Lopez},
      title = {Finite Element Surface-based Stereo 3D
                Reconstruction},
      day = {27},
      month = {April},
      year = {2006},
      note = {Poster given at the Trust NSF Site Visit.},
      abstract = {This project aims for the design of an algorithm
                for 3D reconstruction of scenes based on stereo
                pair images. The main motivations for this project
                are tele-immersive applications for which we
                require the transfer of a reconstruction through a
                network in real-time. Here we aim for a surface
                based approach using finite elements and
                triangular wavelets for real-time computations and
                compactness of the representation. The importance
                of compactness is emphasized for future
                transmission of the data over a network. Mathe
                	Janos Laszlo 	janosmathe 	none 	Co-design
                Environment for Secure Embedded Systems 	Matt Eby,
                Janos Mathe, Jan Werner 	Janos Sztipanovits, Gabor
                Karsai, Yuan Xue, Sandeep Neema 	Vanderbilt
                University 	 There is an increasing concern of
                security threats as embedded systems are moving
                towards networked applications. Model based
                approaches have proven to be an effective solution
                for embedded systems design. We show that existing
                modeling tools are not sufficient to meet the
                current and future security challenges of
                networked embedded systems and we propose a
                framework to integrate security modeling in
                embedded system design. We also introduce an
                example co-design environment we?ve developed that
                addresses security, functionality and system
                architecture aspects of embedded systems.},
      URL = {http://www.truststc.org/pubs/83.html}
  }
  

Posted by Christopher Brooks on 4 May 2006.
Groups: trust
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