APL and DARPA have formed a synergistic andeffective relationship in which the Laboratory continuesto support the agency through the development of rev-olutionary innovation, through technical support as anhonest agent and domain expert, and as a transitionagent to facilitate the impedance matching between theAgency and the services. The collection of articles pre-sented here shows the breadth and depth of these activ-ities across many domains of interest.
DARPA and APL - Technology Innovation and Transition: Guest Editor's IntroductionD. M. Restione |
DARPA's Role in Radical InnovationF. L. Fernandez |
INFORMATION TECHNOLOGIESApplication of Cognitive Modeling to Tactical Scene GenerationC. C. Sheffer and F. C. Vaughan |
INFORMATION TECHNOLOGIESFabrication of Biological Neuronal Networks for the Study of Physiological Information ProcessingM. Matsuzawa, V. Krauthamer, and R. S. Potember |
INFORMATION TECHNOLOGIESAgile Information Control Environment ProgramI-J. Wang and S. D. Jones |
ADVANCED SUBMARINE TECHNOLOGYThe Integrated Vulnerability Management SystemD. P. Watson |
ADVANCED SUBMARINE TECHNOLOGYBuoyant Cable Antenna Technology for Enhancing Submarine Communications at Speed and DepthG. R. Thompson, H. P. Widmer, K. A. Rice, R. E. Ball, and J. H. Sweeney |
SPACE APPLICATIONSHigh-Resolution Interferometric Synthetic Aperture Radar for Discoverer IIM. W. Roth |
SPACE APPLICATIONSGun-Launched SatellitesH. E. Gilreath, A. S. Driesman, W. M. Kroshl, M. E. White, H. E. Cartland, and J. W. Hunter |
DETECTION SYSTEMSDARPA Integrated Chemical and Biological Detection SystemM. Donlon and J. Jackman |
DETECTION SYSTEMSDevelopment of a Field-Portable Time-of-Flight Mass Spectrometer SystemM. P. McLoughlin, W. R. Allmon, C. W. Anderson, M. A. Carlson, D. J. DeCicco, and N. H. Evancich |
DETECTION SYSTEMSMiniature Time-of-Flight Mass Spectrometer for a Field-Portable Biodetection SystemT. J. Cornish and W. A. Bryden |
DETECTION SYSTEMSThe Development of Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometry for the Detection of Biological Warfare Agent AerosolsP. F. Scholl, M. A. Leonardo, A. M. Rule, M. A. Carlson, M. D. Antoine, and T. J. Buckley |
DETECTION SYSTEMSA Time-of-Flight Mini-Mass Spectrometer: Aerosol Collection, Capture, and Load-Lock SystemC. W. Anderson and M. A. Carlson |
DETECTION SYSTEMSComputer-Assisted Interpretation of Mass SpectraC. S. Hayek, F. J. Pineda, O. W. Doss III, and J. S. Lin |
DETECTION SYSTEMSDevelopment of an Automated Handheld Immunoaffinity Fluorometric BiosensorM. A. Carlson, C. B. Bargeron, R. C. Benson, A. B. Fraser, J. D. Groopman, H. W. Ko, T. E. Phillips, P. T. Strickland, and J. T. Velky |
DETECTION SYSTEMSDetection of Chemical Agents in Water by Membrane-Introduction Mass SpectrometryJ. S. Morgan, W. A. Bryden, R. F. Vertes, and S. Bauer |
DETECTION SYSTEMSImproved Detection of Explosive Residues by Laser Thermal DesorptionJ. S. Morgan, W. A. Bryden, J. A. Miragliotta, and L. C. Aamodt |
DETECTION SYSTEMSLive Organism Toxicity Monitoring: Signal AnalysisC. C. Sarabun, T. R. Shedd, C. S. Hayek, and A-H. Najmi |
DETECTION SYSTEMSEnvironmental Health Risk Assessment Methodology for Overseas Military DeploymentN. L. Tran, T. A. Burke, M. A. Fox, J. S. Litt, N. M. Shalauta, and B. A. Ruscio |
HYPERSONIC MISSILESAffordable Hypersonic Missiles for Long-Range Precision StrikeM. E. White and W. R. Price |
UNDERSEA WARFAREA Multistatic Performance Prediction MethodologyJ. I. Bowen and R. W. Mitnick |
LOGISTICS TECHNOLOGYDARPA Advanced Logistics Transceiver StudyM. C. Perdomo, C. H. Sinex, and R. L. Yuan |
ADVANCED SIMULATION TECHNOLOGYToward Enhanced Environmental Effects Representations in Advanced Computer SimulationsF. C. Newman, A. C. Biondo, M. D. Mandelberg, A. R. Croucher II, J. C. Spall, C. C. Matthews, and J. T. Warfield |
MISCELLANEAPublications, Presentations, and Colloquia |