Accession Number : ADA335052

Title :   Operational Evaluation of the Electro-Optic Tactical Decision Aid, Version 3.1

Descriptive Note : Master's thesis

Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA

Personal Author(s) : Koch, Cynthia A.

PDF Url : ADA335052

Report Date : MAR 1997

Pagination or Media Count : 95

Abstract : The Electro-Optical Tactical Decision Aid (EOTDA) is a tool weather forecasters use to predict target detection ranges and the performance of various electroptic precision-guided weapon systems. The user inputs environmental and tactical information, such as the expected atmospheric conditions and target and background descriptions. The primary EOTDA output - are target detection ranges and thermal contrast information. The EOTDA supports three types of weapon systems: in%ed (8- 12 micron), visible (0.40.9 micron), and laser (1.06 micronm). This study is an evaluation of the EOTDA performance of an infrared (IR) weapons system used during a training exercise at Naval Air Station (NAS) Fallon, Nevada in January 1996. In addition, a sensitivity study of the EOTDA parameters was completed. The results showed that the EOTDA predicted ranges within 20% of - the observed detection ranges when correct environmental information was available. The most critical parameters required for the EOTDA were moisture, aerosol selection, the target area forecast, and composition of the target and background. Recognizing the strengths and weakness of the EOTDA will help operational users improve electroptic forecasts and help guide future research and development efforts.

Descriptors :   *ELECTROOPTICS, *DECISION AIDS, THERMAL PROPERTIES, CONTRAST, ENVIRONMENTS, AEROSOLS, DECISION MAKING, WEATHER, TRAINING, TOOLS, WEAPON SYSTEMS, FORECASTING, LASERS, SENSITIVITY, OPERATIONAL EFFECTIVENESS, WEATHER FORECASTING, PRECISION, BACKGROUND, TARGET DETECTION, MOISTURE, SELECTION, GUIDED WEAPONS, TACTICAL DATA SYSTEMS, NAVAL AIR STATIONS, NEVADA.

Subject Categories : Electrooptical and Optoelectronic Devices
      Target Direction, Range and Position Finding

Distribution Statement : APPROVED FOR PUBLIC RELEASE