Recent work at the Navy Underwater Weapons Center Keyport test facility showed that existing Navy field equipment could generate Localized Waves. Results of angular scans show a narrowed beam pattern and lowered side lobes relative to standard beams. Results of axial range scans show evidence or an extended near field. Frequency analysis shows that the main beam is a decade wide while the surviving grating lobes are narrow band width, high frequency
We demonstrate the localization of water surface waves and its evolution by introducing a defect int...
Uniformly-spaced apertures or subapertures of large, densely-sampled, discrete linear receiver array...
Systems which employ underwater acoustic energy for observation or communication are called sonar sy...
The Localized Wave pulse project has created the concept of highly localized, pulsed wave energy. We...
The Localized Wave project of the Strategic System Support Program has recently finished an experime...
Localized wave (LW) pulses were produced using a standard Navy array in the anechoic tank at Navy Un...
A synthetic array system for launching and reconstructing localized acoustic waves has been develop...
In underwater imaging the beam-forming technique plays one of the most important roles. Focusing aco...
A new method of using an array of generation sources, pulsed simultaneously to generate a wavefront ...
A study of localized waves and their potential for application to medical ultrasound imaging is con...
The array invariant approach for passive localization utilizes multiple arrivals separated in beam a...
By 1986, FRF scientists and technicians designed and built a novel wave sensor. A fixed, precisely-s...
By 1986, FRF scientists and technicians designed and built a novel wave sensor. A fixed, precisely-s...
International audienceIn this study, low frequency (0-500 Hz) source depth discrimination in deep wa...
Towed hydrophone arrays are commonly used for determining the spatial characteristics of the underwa...
We demonstrate the localization of water surface waves and its evolution by introducing a defect int...
Uniformly-spaced apertures or subapertures of large, densely-sampled, discrete linear receiver array...
Systems which employ underwater acoustic energy for observation or communication are called sonar sy...
The Localized Wave pulse project has created the concept of highly localized, pulsed wave energy. We...
The Localized Wave project of the Strategic System Support Program has recently finished an experime...
Localized wave (LW) pulses were produced using a standard Navy array in the anechoic tank at Navy Un...
A synthetic array system for launching and reconstructing localized acoustic waves has been develop...
In underwater imaging the beam-forming technique plays one of the most important roles. Focusing aco...
A new method of using an array of generation sources, pulsed simultaneously to generate a wavefront ...
A study of localized waves and their potential for application to medical ultrasound imaging is con...
The array invariant approach for passive localization utilizes multiple arrivals separated in beam a...
By 1986, FRF scientists and technicians designed and built a novel wave sensor. A fixed, precisely-s...
By 1986, FRF scientists and technicians designed and built a novel wave sensor. A fixed, precisely-s...
International audienceIn this study, low frequency (0-500 Hz) source depth discrimination in deep wa...
Towed hydrophone arrays are commonly used for determining the spatial characteristics of the underwa...
We demonstrate the localization of water surface waves and its evolution by introducing a defect int...
Uniformly-spaced apertures or subapertures of large, densely-sampled, discrete linear receiver array...
Systems which employ underwater acoustic energy for observation or communication are called sonar sy...