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   <desc:Resource_Description rdf:ID="Virtual_File_System_Browser">
    <desc:resource_name
    >Virtual File System Browser</desc:resource_name>
    <desc:contact_person
    >Jeff Ma</desc:contact_person>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=35</desc:URL>
    <desc:version_information>
      <desc:Version_Information>
        <desc:version
        >1.1.0</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >5/10/2006</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:keywords
    >The Virtual File System Browser is an interoperable replacement for the Java JfileChooser that supports sFTP and ssh protocols.</desc:keywords>
    <desc:license
    >CCB License</desc:license>
    <desc:resource_type>
      <BRO:Data_Transfer/>
    </desc:resource_type>
    <desc:description
    >The Virtual File System Browser is an interoperable replacement for the Java JfileChooser that supports sFTP and ssh protocols.</desc:description>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
  </desc:Resource_Description>
    <desc:Resource_Description rdf:ID="Sub-Volume_Thresholding_Analysis">
   <desc:version_information>
   <desc:Version_Information>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
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    >NA</desc:release_date>
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  </desc:version_information>
   <desc:resource_type>
      <BRO:Statistical_Package/>
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    <desc:license
    >CCB License</desc:license>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:contact_person
    >Ivo D. Dinov</desc:contact_person>
    <desc:URL
    >http://www.loni.ucla.edu/~dinov/SVT.html</desc:URL>
    <desc:keywords
    >A tool for Statistical Analysis of Stereotactic Functional Brain Data</desc:keywords>
    <desc:resource_name
    >Sub-Volume Thresholding Analysis</desc:resource_name>
    <desc:description
    >A tool for Statistical Analysis of Stereotactic Functional Brain Data</desc:description>
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  <desc:Resource_Description rdf:ID="Charged_Fluid_Model_for_Vascular_Segmentation">
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        >5/30/2006</desc:release_date>
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        >Development with public userbase</desc:development_stage>
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    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=37</desc:URL>
    <desc:keywords
    >A computer-aided took for 3D vascular tree segmentation using an electrostatic charged fluid model.</desc:keywords>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:contact_person
    >Herbert Chang</desc:contact_person>
    <desc:license
    >CCB License</desc:license>
    <desc:resource_name
    >Charged Fluid Model for Vascular Segmentation</desc:resource_name>
    <desc:description
    >A computer-aided took for 3D vascular tree segmentation using an electrostatic charged fluid model.</desc:description>
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      <BRO:Segmentation/>
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  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="FFT_Library">
    <desc:resource_type>
      <BRO:Fourier_Transform/>
    </desc:resource_type>
    <desc:contact_person
    >Herbert Chang and Daniel Valentino</desc:contact_person>
    <desc:version_information>
      <desc:Version_Information>
        <desc:version
        >1.1</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >2/24/2005</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=36</desc:URL>
    <desc:keywords
    >An FFT library in Java</desc:keywords>
    <desc:description
    >An FFT library in Java</desc:description>
    <desc:resource_name
    >FFT Library</desc:resource_name>
    <desc:license
    >CCB License</desc:license>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
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  <desc:Resource_Description rdf:ID="LONI_ShapeDistance">
    <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
    <desc:resource_name
    >LONI ShapeDistance</desc:resource_name>
    <desc:version_information>
      <desc:Version_Information>
        <desc:version
        >1.0.0</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >10/31/2005</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=26</desc:URL>
    <desc:keywords
    >A tool for calculating the distance between vertices of two shape files</desc:keywords>
    <desc:license
    >CCB License</desc:license>
    <desc:contact_person
    >Craig Schwartz</desc:contact_person>
    <desc:description
    >A tool for calculating the distance between vertices of two shape files</desc:description>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_ShapeViewerApplet">
    <desc:keywords
    >The ShapeViewerApplet displays three dimensional shapes in a web page</desc:keywords>
    <desc:version_information>
      <desc:Version_Information>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >10/28/2005</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:version
        >1.1.0</desc:version>
      </desc:Version_Information>
    </desc:version_information>
   <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
<desc:license
    >CCB License</desc:license>
    <desc:description
    >The ShapeViewerApplet displays three dimensional shapes in a web page</desc:description>
    <desc:resource_name
    >LONI ShapeViewerApplet</desc:resource_name>
    <desc:contact_person
    >Jeff Q. Ma</desc:contact_person>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=18</desc:URL>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
  </desc:Resource_Description>
     <desc:Resource_Description rdf:ID="ShapeTransform">
    <desc:keywords
    >The ShapeTransform application facilitates the moveof  a shape file from one coordinate system to another.</desc:keywords>
    <desc:description
    >The ShapeTransform application facilitates the moveof  a shape file from one coordinate system to another.</desc:description>
    <desc:resource_name
    >ShapeTransform</desc:resource_name>
    <desc:license
    >CCB License</desc:license>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:version_information>
      <desc:Version_Information >
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >5/3/2006</desc:release_date>
        <desc:version
        >1.1.0</desc:version>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=30</desc:URL>
    <desc:contact_person
    >Bae Cheol Shin and Craig Schwartz</desc:contact_person>
   <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="Extract4DUcfAttributes">
    <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
    <desc:resource_name
    >Extract4DUcfAttributes</desc:resource_name>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:license
    >CCB License</desc:license>
    <desc:version_information>
      <desc:Version_Information >
        <desc:version
        >1.1.0</desc:version>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >5/10/2006</desc:release_date>
      </desc:Version_Information>
    </desc:version_information>
    <desc:description
    >The Extract4DUcfAttributes application extracts data attributes associated with each vertex of a Ucf file.</desc:description>
    <desc:keywords
    >The Extract4DUcfAttributes application extracts data attributes associated with each vertex of a Ucf file.</desc:keywords>
    <desc:contact_person
    >Craig Schwartz</desc:contact_person>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=32</desc:URL>
  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="Synchronized_Histological_Image_Viewing_Architecture">
    <desc:resource_name
    >Synchronized Histological Image Viewing Architecture</desc:resource_name>
    <desc:keywords
    >The Synchronized Histological Image Viewing Architecture (SHIVA) is a Java-based visualization and analysis application.</desc:keywords>
    <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>
    <desc:description
    >The Synchronized Histological Image Viewing Architecture (SHIVA) is a Java-based visualization and analysis application.</desc:description>
    <desc:license
    >CCB License</desc:license>
    <desc:contact_person
    >Heng Yuan, Allan MacKenzie-Graham, Eagle S. Jones, David W. Shattuck, Arthur W. Toga</desc:contact_person>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=12</desc:URL>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:version_information>
    <desc:Version_Information>
    <desc:version
    >1</desc:version>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >10/16/2005</desc:release_date>
  </desc:Version_Information>
   </desc:version_information>

  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_ShapeViewer">
    <desc:license
    >CCB License</desc:license>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:contact_person
    >Jeff Q. Ma</desc:contact_person>
 <desc:version_information>
<desc:Version_Information >
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >5/10/2006</desc:release_date>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >1.1.0</desc:version>
  </desc:Version_Information>

  </desc:version_information>
    <desc:keywords
    >The LONI ShapeViewer is a simple, portable geometry viewer that supports the file formats used by CCB researchers and provides their most commonly needed viewing functions.  Since it is written in Java,it can run on a wide variety of computers.</desc:keywords>
    <desc:resource_name
    >LONI ShapeViewer</desc:resource_name>
    <desc:description
    >The LONI ShapeViewer is a simple, portable geometry viewer that supports the file formats used by CCB researchers and provides their most commonly needed viewing functions.  Since it is written in Java,it can run on a wide variety of computers.</desc:description>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=18</desc:URL>
    <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="ASAP">
    <desc:license
    >CCB License</desc:license>
    <desc:resource_name
    >ASAP</desc:resource_name>
    <desc:contact_person
    >Christopher Lee, Alexander Alekseyenko, Stott Parker, Zach Fierstadt</desc:contact_person>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:description
    >After transcription of a gene, the resulting pre-mRNA is spliced before exiting the nucleus. Alternative splicing of a single pre-mRNA can give rise to different mRNA transcripts. Consequently, alternative splicing is an important mechanism for generating protein diversity from a single gene. It has been suggested that large numbers of human genes are alternatively spliced (1, 2, 3). Alternative splicing is observed all across metazoa, and has been implicated in various biological processes</desc:description>
    <desc:version_information>
      <desc:Version_Information>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >6/28/1905</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:version
        >2.1</desc:version>
      </desc:Version_Information>
    </desc:version_information>
    <desc:keywords
    >alternative splicing, biological process, alternatively spliced isoforms</desc:keywords>
    <desc:URL
    >http://bioinfo.mbi.ucla.edu/ASAP/</desc:URL>
    <desc:resource_type>
      <BRO:Information_Retrieval/>
    </desc:resource_type>
  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="DXJava">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
   <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>

    <desc:description
    >The DXJava is a collection of Java classes that enable Java programmers to read and write OpenDX general format files.</desc:description>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=31</desc:URL>
    <desc:contact_person
    >Craig Schwartz</desc:contact_person>
    <desc:resource_name
    >DXJava</desc:resource_name>
    <desc:keywords
    >The DXJava is a collection of Java classes that enable Java programmers to read and write OpenDX general format files.</desc:keywords>
    <desc:license
    >CCB License</desc:license>
   <desc:version_information>
<desc:Version_Information >
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >1.0.0</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >5/1/2006</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
   </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="Wavelet_Analysis_of_Image_Registration">
    <desc:resource_type>
      <BRO:Wavelet_Transform/>
    </desc:resource_type>
    <desc:contact_person
    >Ivo D. Dinov</desc:contact_person>
    <desc:URL
    >http://www.loni.ucla.edu/~dinov/WAIR.html</desc:URL>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:description
    >A tool for quantitative analysis of various n-dimensional (n-D) image registration techniques.</desc:description>
    <desc:license
    >CCB License</desc:license>
    <desc:resource_name
    >Wavelet Analysis of Image Registration</desc:resource_name>
    <desc:keywords
    >A tool for quantitative analysis of various n-dimensional (n-D) image registration techniques.</desc:keywords>
    <desc:version_information>
      <desc:Version_Information>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >2</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >NA</desc:release_date>
  </desc:Version_Information>
  </desc:version_information>
 
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_It_s_Close_Enuf">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
     <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>
    <desc:license
    >CCB License</desc:license>
    <desc:description
    >LONI ICE is a Java application that generates seed points for other image processing applications.</desc:description>
    <desc:keywords
    >LONI ICE is a Java application that generates seed points for other image processing applications.</desc:keywords>
    <desc:resource_name
    >LONI It's Close Enuf</desc:resource_name>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=40</desc:URL>
    <desc:contact_person
    >Scott C. Neu</desc:contact_person>
    <desc:version_information>
      <desc:Version_Information>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:version
        >1</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >11/1/2006</desc:release_date>
      </desc:Version_Information>
    </desc:version_information>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="ShapeToDX">
    <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
    <desc:description
    >The ShapeToDX application is a Java application that translates data files 
    that can be read by the ShapeTools library into an OpenDX genreal format 
    data file.</desc:description>
    <desc:keywords
    >The ShapeToDX application is a Java application that translates data files 
    that can be read by the ShapeTools library into an OpenDX genreal format 
    data file.</desc:keywords>
    <desc:contact_person
    >Craig Schwartz</desc:contact_person>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:resource_name
    >ShapeToDX</desc:resource_name>
    <desc:license
    >CCB License</desc:license>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=34</desc:URL>
    <desc:version_information>
      <desc:Version_Information>
        <desc:version
        >1.0.0</desc:version>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >5/10/2006</desc:release_date>
      </desc:Version_Information>
    </desc:version_information>
  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="Charged_Fluid_Model_for_Brain_Image_Segmentation">
    <desc:resource_name
    >Charged Fluid Model for Brain Image Segmentation</desc:resource_name>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:keywords
    >CCFMBIS is a computer-aided tool for 2-D brain image segmentation using an electrostatic charged fluid model.</desc:keywords>
    <desc:contact_person
    >Herbert Chang,Daniel Valentiino, Gary Duckwiler, and Arthur Toga</desc:contact_person>
    <desc:description
    >CCFMBIS is a computer-aided tool for 2-D brain image segmentation using an electrostatic charged fluid model.</desc:description>
    <desc:version_information>
      <desc:Version_Information >
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:version
        >1.1</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >1/20/2007</desc:release_date>
      </desc:Version_Information>
    </desc:version_information>
        <desc:resource_type>
      <BRO:Segmentation/>
    </desc:resource_type>
    <desc:license
    >CCB License</desc:license>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=41</desc:URL>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="jViewbox">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=1</desc:URL>
    <desc:license
    >CCB License</desc:license>
      <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>

    <desc:version_information>
      <desc:Version_Information>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
        <desc:version
        >2.0b1</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >3/1/2003</desc:release_date>
      </desc:Version_Information>
    </desc:version_information>
    <desc:contact_person
    >Jack C. Wei, Scott Neu, and Daniel J. Valentino</desc:contact_person>
    <desc:keywords
    >A portable software framework for medical imaging research</desc:keywords>
    <desc:description
    >A portable software framework for medical imaging research</desc:description>
    <desc:resource_name
    >jViewbox</desc:resource_name>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="InterpolateUcf">
    <desc:description
    >InterpolateUcf is a java based tool that interpolates contour vertices and data attributes in a Ucf file.</desc:description>
    <desc:license
    >CCB License</desc:license>
    <desc:keywords
    >InterpolateUcf is a java based tool that interpolates contour vertices and data attributes in a Ucf file.</desc:keywords>
    <desc:resource_name
    >InterpolateUcf</desc:resource_name>
    <desc:contact_person
    >Craig Schwartz</desc:contact_person>
   <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=24</desc:URL>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:version_information>
      <desc:Version_Information>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >10/10/2005</desc:release_date>
        <desc:version
        >1.1.0</desc:version>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_De-identification_Debablet">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:resource_name
    >LONI De-identification Debablet</desc:resource_name>
    <desc:keywords
    >A simple to use Java application for removing patient-identifying information (e.g., patient name and id) from medical image files.</desc:keywords>
    <desc:description
    >A simple to use Java application for removing patient-identifying information (e.g., patient name and id) from medical image files.</desc:description>
    <desc:contact_person
    >Scott C. Neu and Karen Crawford</desc:contact_person>
    <desc:license
    >CCB License</desc:license>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=11</desc:URL>
    <desc:version_information>
      <desc:Version_Information>
        <desc:version
        >1</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >10/13/2005</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:resource_type>
      <BRO:Data_Transforms/>
    </desc:resource_type>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="Automated_Image_Registration">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:license
    >CCB License</desc:license>
    <desc:URL
    >http://bishopw.loni.ucla.edu/AIR5/</desc:URL>
    <desc:version_information>
      <desc:Version_Information>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >NA</desc:release_date>
        <desc:version
        >5.2.5</desc:version>
        <desc:development_stage
        >Mature</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:keywords
    >A tool for automated registration of 3D and 2D images within and across subjects and across imaging modalities.</desc:keywords>
    <desc:description
    >A tool for automated registration of 3D and 2D images within and across subjects and across imaging modalities.</desc:description>
    <desc:contact_person
    >Roger P. Woods</desc:contact_person>
    <desc:resource_type>
      <BRO:Registration/>
    </desc:resource_type>
    <desc:resource_name
    >Automated Image Registration</desc:resource_name>
  </desc:Resource_Description>
     <desc:Resource_Description rdf:ID="BrainSuite2">
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=19</desc:URL>
    <desc:contact_person
    >David W. Shattuck</desc:contact_person>
   <desc:version_information>
<desc:Version_Information >
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >2</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >6/1/2005</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
   <desc:license
    >CCB License</desc:license>
    <desc:resource_name
    >BrainSuite2</desc:resource_name>
    <desc:description
    >BrainSuite2 is a magnetic resonance (MR) image analysis tool designed for identifying tissue types and surfaces in MR images of the human head.</desc:description>
    <desc:keywords
    >BrainSuite2 is a magnetic resonance (MR) image analysis tool designed for identifying tissue types and surfaces in MR images of the human head.</desc:keywords>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:resource_type>
      <BRO:Image_Processing/>
    </desc:resource_type>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_Java_Image_I_O_Plugins">
    <desc:version_information>
     <desc:Version_Information>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >11/13/2006</desc:release_date>
    <desc:version
    >1.2</desc:version>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
  </desc:Version_Information>
    </desc:version_information>

    <desc:keywords
    >Decoders and encoders written in Java for the AFNI, ANALYZE, DICOM, ECAT, GE, MINC, NIFTI and other neuroimaging file formats.</desc:keywords>
    <desc:description
    >Decoders and encoders written in Java for the AFNI, ANALYZE, DICOM, ECAT, GE, MINC, NIFTI and other neuroimaging file formats.</desc:description>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=17</desc:URL>
    <desc:license
    >CCB License</desc:license>
      <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:resource_name
    >LONI Java Image I/O Plugins</desc:resource_name>
    <desc:contact_person
    >Scott C. Neu, Bryan Vann, Kejia Ma, and Craig Schwartz</desc:contact_person>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="ShapeCurvature">
    <desc:URL
    >http://www.loni.ucla.edu/Software/Features_Detail.jsp?software_id=33</desc:URL>
    <desc:description
    >The ShapeCurvature application allows researchers to calculate the curvature of a surface mesh that is stored in a shape file.  These curvature values may be written to disk files in a variety of file formats.</desc:description>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
 <desc:version_information>
   <desc:Version_Information>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >5/10/2006</desc:release_date>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >1.0.0</desc:version>
  </desc:Version_Information>

  </desc:version_information>
     <desc:keywords
    >The ShapeCurvature application allows researchers to calculate the curvature of a surface mesh that is stored in a shape file.  These curvature values may be written to disk files in a variety of file formats.</desc:keywords>
    <desc:resource_name
    >ShapeCurvature</desc:resource_name>
    <desc:contact_person
    >Bae Cheol Shin and Craig Schwartz</desc:contact_person>
    <desc:license
    >CCB License</desc:license>
     <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="MultiPhase-SEG">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:version_information>
      <desc:Version_Information>
        <desc:version
        >1</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >3/1/2005</desc:release_date>
        <desc:development_stage
        >Development with public userbase</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=16</desc:URL>
    <desc:description
    >MultiPhase-SEG is a segmentation software that employs the implementation of the active contours without edges level set based segmentation model.</desc:description>
    <desc:contact_person
    >Igor Yanovskiy</desc:contact_person>
    <desc:license
    >CCB License</desc:license>
    <desc:resource_name
    >MultiPhase-SEG</desc:resource_name>
    <desc:keywords
    >MultiPhase-SEG is a segmentation software that employs the implementation of the active contours without edges level set based segmentation model.</desc:keywords>
       <desc:resource_type>
      <BRO:Segmentation/>
    </desc:resource_type>

  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="Statistical_Online_Computational_Resource">
    <desc:contact_person
    >I. Dinov, Juana Sanchez, Nicolas, Christou, Robert Gould, J. Ma, J. Hu, D. Ylvisaker, R. Gould, J. Landerman, H. Wang, P. Efstathopoulos, F. Konstantinidios, Arthur Toga</desc:contact_person>
    <desc:description
    >The SOCR resource provides a hierarchy of portable online interactive aids for motivating, modernizing probability and statistics applications.</desc:description>
    <desc:license
    >CCB License</desc:license>
    <desc:resource_name
    >Statistical Online Computational Resource</desc:resource_name>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:URL
    >http://www.SOCR.ucla.edu</desc:URL>
    <desc:keywords
    >The SOCR resource provides a hierarchy of portable online interactive aids for motivating, modernizing probability and statistics applications.</desc:keywords>
    <desc:version_information>
     <desc:Version_Information>
    <desc:version
    >1</desc:version>
    <desc:development_stage
    >Mature</desc:development_stage>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >8/1/2003</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
   <desc:resource_type>
      <BRO:Statistical_Package/>
    </desc:resource_type>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="Brain_Surface_Extractor">
    <desc:contact_person
    >David Shattuck , Richard Leahy, Stephanie Sandor, Bijan Timsari</desc:contact_person>
    <desc:keywords
    >Brain Surface Extraction: Designed to automatically extract the brain from a set of T1 weighted Magnetic Resonance (MR) images of the human head.</desc:keywords>
<desc:version_information>
  <desc:Version_Information >
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >2.0a</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >NA</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
    <desc:resource_type>
      <BRO:Cortical_Modeling/>
    </desc:resource_type>
   <desc:license
    >CCB License</desc:license>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=4</desc:URL>
    <desc:resource_name
    >Brain Surface Extractor</desc:resource_name>
    <desc:description
    >Brain Surface Extraction: Designed to automatically extract the brain from a set of T1 weighted Magnetic Resonance (MR) images of the human head.</desc:description>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="LONI_ShapeTools">
    <desc:keywords
    >The ShapeTools library is a collection of Java classes that enable Java programmers to model and manipulate geometric shapes and associated data values.</desc:keywords>
    <desc:license
    >CCB License</desc:license>
    <desc:description
    >The ShapeTools library is a collection of Java classes that enable Java programmers to model and manipulate geometric shapes and associated data values.</desc:description>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=25</desc:URL>
    <desc:contact_person
    >Craig Schwartz</desc:contact_person>
     <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
 <desc:version_information>
  <desc:Version_Information >
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >1.2.0</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >5/10/2006</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
     <desc:resource_name
    >LONI ShapeTools</desc:resource_name>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
  </desc:Resource_Description>
    <desc:Resource_Description rdf:ID="Imaging_Data_Archive_IDA">
    <desc:URL
    >http://ida.loni.ucla.edu/</desc:URL>
    <desc:description
    >The LONI Image Data Archive (IDA) provides a simple and effective means of securely storing, searching and organizing neuroimaging data on the LONI storage network. The easy-to-use web browser interface provides complete data de-identification, data transmission, search and download functionality. The LONI Image Data Archive System also provides a secure system for the archival of collaborator collected image data, ensuring confidentiality, and restricting access to authorized users (http://ida.loni.ucla.edu/LONI_IDA_User_Manual.pdf)</desc:description>
    <desc:contact_person
    >Arthur W. Toga, Karen Crawford, Scott Neu</desc:contact_person>
    <desc:organization
    >UCLA Laboratory of Neuro Imaging (LONI)</desc:organization>
    <desc:resource_name
    >Imaging Data Archive (IDA)</desc:resource_name>
     <desc:resource_type>
      <BRO:Database/>
    </desc:resource_type>

    <desc:keywords
    >imaging, database, data service, storage data transfer, anonymization</desc:keywords>
    <desc:version_information>
      <desc:Version_Information >
        <desc:version
        >3</desc:version>
        <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
        >3/1/2006</desc:release_date>
        <desc:development_stage
        >Mature</desc:development_stage>
      </desc:Version_Information>
    </desc:version_information>
    <desc:license
    >LONI License</desc:license>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="MultiTracer">
    <desc:contact_person
    >Roger P. Woods</desc:contact_person>
    <desc:description
    >Tracer is a Java application that allows images to be displayed in three dimensions. The tool allows anatomic structures to be traced and the tracings to be saved in a format that facilitates review and revision.</desc:description>
    <desc:license
    >CCB License</desc:license>
    <desc:URL
    >http://bishopw.loni.ucla.edu/MultiTracer/MultiTracer.html</desc:URL>
     <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>
   <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
  <desc:version_information>
 <desc:Version_Information>
    <desc:version
    >1</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >NA</desc:release_date>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
  </desc:Version_Information>

  </desc:version_information>
     <desc:keywords
    >Tracer is a Java application that allows images to be displayed in three dimensions. The tool allows anatomic structures to be traced and the tracings to be saved in a format that facilitates review and revision.</desc:keywords>
    <desc:resource_name
    >MultiTracer</desc:resource_name>
  </desc:Resource_Description>
    <desc:Resource_Description rdf:ID="DualSurfaceMin">
 <desc:version_information>
  <desc:Version_Information >
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:version
    >1.1</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >5/31/2005</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
     <desc:contact_person
    >Jussi Tohka, Mikko Itäranta and Jouni Mykkänen</desc:contact_person>
    <desc:license
    >CCB License</desc:license>
    <desc:keywords
    >The dualsurfacemin is a C++ implementation of the fully automatic dual surface minimization (DSM) algorithm for the optimization of deformable surfaces [1]. The method is developed for automatic surface extraction from noisy volumetric images.</desc:keywords>
    <desc:resource_name
    >DualSurfaceMin</desc:resource_name>
     <desc:resource_type>
      <BRO:Shape_Analysis/>
    </desc:resource_type>
   <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=22</desc:URL>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:description
    >The dualsurfacemin is a C++ implementation of the fully automatic dual surface minimization (DSM) algorithm for the optimization of deformable surfaces [1]. The method is developed for automatic surface extraction from noisy volumetric images.</desc:description>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_Pipeline_Processing_Environment">
    <desc:URL
    >http://pipeline.loni.ucla.edu</desc:URL>
    <desc:resource_name
    >LONI Pipeline Processing Environment</desc:resource_name>
 <desc:version_information>
 <desc:Version_Information>
    <desc:version
    >1</desc:version>
    <desc:development_stage
    >Beta</desc:development_stage>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >2/28/2006</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
     <desc:keywords
    >Protocol Execution Environment</desc:keywords>
    <desc:resource_type>
       <BRO:Graphical_Integration/>
    </desc:resource_type>

     <desc:license
    >CCB License</desc:license>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:description
    >Protocol Execution Environment</desc:description>
    <desc:contact_person
    >Arash Payan, Jagadeeswaran Rajendiran, Arthur Toga</desc:contact_person>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="Pygr">
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
  <desc:version_information>
<desc:Version_Information>
    <desc:version
    >0.3</desc:version>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >3/10/2006</desc:release_date>
  </desc:Version_Information>

  </desc:version_information>
     <desc:keywords
    >Pygr is an open source software project used to develop graph database interfaces.</desc:keywords>
    <desc:description
    >Pygr is an open source software project used to develop graph database interfaces.</desc:description>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=27</desc:URL>
    <desc:license
    >CCB License</desc:license>
    <desc:contact_person
    >Christopher Lee, Alexander Alekseyenko, Stott Parker, Zach Fierstadt</desc:contact_person>
    <desc:resource_name
    >Pygr</desc:resource_name>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_Visualization_Tool">
    <desc:resource_name
    >LONI Visualization Tool</desc:resource_name>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
 <desc:version_information>
  <desc:Version_Information>
    <desc:version
    >5.3</desc:version>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >5/23/2006</desc:release_date>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
  </desc:Version_Information>

  </desc:version_information>
    <desc:keywords
    >An interactive tool for stereotaxic brain data visualization</desc:keywords>
    <desc:URL
    >http://www.loni.ucla.edu/~dinov/LONI_Vis.html</desc:URL>
    <desc:description
    >An interactive tool for stereotaxic brain data visualization</desc:description>
    <desc:contact_person
    >Ivo D. Dinov, Bae Cheol Shin, Fotios Konstantinidis and Arthur Toga</desc:contact_person>
     <desc:resource_type>
      <BRO:Manifold_Viewers/>
    </desc:resource_type>
    <desc:license
    >CCB License</desc:license>
  </desc:Resource_Description>
  <desc:Resource_Description rdf:ID="LONI_Debabeler">
    <desc:resource_name
    >LONI Debabeler</desc:resource_name>
    <desc:license
    >CCB License</desc:license>
<desc:version_information>
   <desc:Version_Information>
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >11/13/2006</desc:release_date>
    <desc:version
    >2.6</desc:version>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
  </desc:Version_Information>

  </desc:version_information>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:URL
    >http://www.loni.ucla.edu/Software/Software_Detail.jsp?software_id=11</desc:URL>
    <desc:description
    >The LONI Debabeler enables researchers to manage the conversion of imaging data from one file format to another using a graphical user interface.</desc:description>
    <desc:contact_person
    >Scott C Neu and Daniel J Valentino</desc:contact_person>
    <desc:resource_type>
      <BRO:Data_Transforms/>
    </desc:resource_type>
    <desc:keywords
    >The LONI Debabeler enables researchers to manage the conversion of imaging data from one file format to another using a graphical user interface.</desc:keywords>
  </desc:Resource_Description>
   <desc:Resource_Description rdf:ID="BLASTgres">
    <desc:description
    >NA</desc:description>
    <desc:resource_name
    >BLASTgres</desc:resource_name>
    <desc:organization
    >UCLA Center for Computational Biology</desc:organization>
    <desc:contact_person
    >Stott Parker and Ruey-Lung Hsiao</desc:contact_person>
    <desc:URL
    >http://blastgres.cs.ucla.edu/</desc:URL>
    <desc:keywords
    >PostgreSQL, data management of biological sequences, sequence analysis, bioinformatics.</desc:keywords>
   <desc:resource_type>
      <BRO:Information_Retrieval/>
    </desc:resource_type>

     <desc:license
    >CCB License</desc:license>
<desc:version_information>
 <desc:Version_Information >
    <desc:release_date rdf:datatype="http://www.w3.org/2001/XMLSchema#date"
    >Dec-06</desc:release_date>
    <desc:version
    >1</desc:version>
    <desc:development_stage
    >Development with public userbase</desc:development_stage>
  </desc:Version_Information>

  </desc:version_information>
   </desc:Resource_Description>
 </rdf:RDF>

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