摘要 :
The Auxiliary Tracking System (ATS) is being developed to allow for an accurate underwater tracking capability that can be deployed anywhere in the world. A simulation was created to determine the impact upon the relative accuracy...
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The Auxiliary Tracking System (ATS) is being developed to allow for an accurate underwater tracking capability that can be deployed anywhere in the world. A simulation was created to determine the impact upon the relative accuracy of the system due to a normally distributed noise. The simulation was used to look at the impact of range between targets and the depth spacing of the suspended transducers on the relative tracking accuracy.
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摘要 :
Information was exchanged between people directly involved with the development, use, and/or potential use of free drifting buoys. Tracking systems and techniques, where methods and accuracy of optical, radio, radar, satellite, an...
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Information was exchanged between people directly involved with the development, use, and/or potential use of free drifting buoys. Tracking systems and techniques, where methods and accuracy of optical, radio, radar, satellite, and sonic tracking of free-drifting buoys were discussed. Deployment and retrieval covering methods currently used or planned in the deployment and retrieval of free-drifting buoys from boats, ships, helicopters, fixed platforms, and fixed-wing aircraft were reported. Simulation, sensors, and data emphasizing the status of water circulation modeling, and sensors useful on free-drifting buoys, and data display and analysis were described.
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