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Test and Evaluation of Biological Standoff Detection Systems Abbreviated Version (2008) / Chapter Skim
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Appendix D Summary of Committee Meetings
Pages 23-24

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From page 23...
... Johns Hopkins University Applied Physics Laboratory: briefing on technical evaluation of biological standoff detection systems; Army Test and Evaluation Command: the Army and Air Force perspective on operational evaluation of biological standoff detection systems; Institute for Defense Analyses: briefing on the Office of the Secretary of Defense perspective on test and evaluation of biological standoff detection systems; Joint Program Manager – Biological Detection Systems: overview of JBSDS Increment 1; Defense Advanced Research Projects Agency: briefing on femtosecond adaptive spectroscopy techniques for remote agent detection; National Center for Atmospheric Research: provided the description of Raman-shifted Eye-safe Aerosol Lidar (REAL) plume algorithms; Massachusetts Institute of Technology Lincoln Laboratory: briefing on the standoff aerosol active signature testbed.
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Key Terms

  • standoff detection
  • current biological
  • dugway proving
  • breeze tunnel
  • force protection

  • biomedical laboratories
  • alternative test
  • laboratories guidance
  • army test
  • agent detection

  • evaluation approach
  • biosafety levels
  • plume algorithms
  • detection testing
  • aerosol lidar

  • ambient breeze
  • key limitations
  • technology lincoln
  • jbsds increment
  • future directions

  • standoff aerosol
  • spectroscopy techniques
  • sandia national
  • test equipment
  • simulant preparation

  • adaptive spectroscopy
  • cross section
  • containment agent
  • signature testbed
  • university applied


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