Miniature, low power, generic Doppler sonar

Seattle, WA(2010)

Cited 5|Views2
No score
Abstract
The Oceanographic Systems Laboratory at Woods Hole Oceanographic Institution has developed a small, low power, single-axis, range-gated pulse-coherent Doppler sonar, that is primarily intended for boundary layer turbulence studies. This instrument is composed of a receiver-transmitter, a 24MHz analog-to-digital converter, a down converter, and a low power Digital Signal Processor (DSP). The system is capable of autonomous operation from a variety of stationary platforms, such as buoys, moorings, and bottom frames, and small mobile platforms, including gliders, profilers, towed bodies and autonomous underwater vehicles (AUVs).
More
Translated text
Key words
doppler radar,analogue-digital conversion,digital signal processing chips,electrical engineering computing,low-power electronics,remotely operated vehicles,sonar signal processing,underwater vehicles,auv,dsp,oceanographic systems laboratory,analog-to-digital converter,autonomous underwater vehicle,boundary layer turbulence,down converter,frequency 24 mhz,low power digital signal processor,low power single-axis range-gated pulse-coherent doppler sonar,receiver-transmitter,sound navigation and ranging,low power electronics,digital signal processor,boundary layer,digital signal processing,doppler effect,gain
AI Read Science
Must-Reading Tree
Example
Generate MRT to find the research sequence of this paper
Chat Paper
Summary is being generated by the instructions you defined