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low-passSoftware
A simple upconversion scheme utilizing 40-fs pulses is shown to permit high-contrast imaging of objects obscured by a highly scattering medium when no ballistic component is evident in the scattered light and imaging is performed with any portion of the scattered light pulse. We present a time-gated, inherently low-pass spatially filtered imaging method that minimizes signal-averaging requirements and greatly facilitates imaging under severe scattering (turbid) conditions. © 2001 Optical Society of America
This is the author accepted manuscript. The final version is available from the publisher via the DO...
Idlahcen, Said Mees, Loic Roze, Claude Girasole, Thierry Blaisot, Jean-BernardA method to distinguis...
Holographic time gating (first arriving light) methods have been shown to be an effective way to ima...
A simple upconversion scheme utilizing 40-fs pulses is shown to permit high-contrast imaging of obje...
Imaging through turbid media is important but has created challenging issues for a long time. Previo...
We show in this Letter a novel approach for high-contrast imaging through scattering media by combin...
Numerous everyday situations like navigation, medical imaging and rescue operations require viewing ...
We demonstrate a method for efficient lensless imaging using ultra-broadband light sources. By using...
Implementation of optical imagery in a diffuse inhomogeneous medium such as biological tissue requir...
Restricted Access.We introduce here a scheme for two-dimensional imaging of an object hidden in a tu...
We present a novel approach for imaging through scattering media that combines the principles of Fou...
The use of spatially modulated light is finding application in biomedical optics having potential us...
Optical microscopy suffers from a loss of resolving power when imaging targets are embedded in thick...
Optical imaging through biological tissues and other scattering media is challenging, as the scatter...
A technology of stochastic resonance is proposed for reconstructing a scattered image, which is base...
This is the author accepted manuscript. The final version is available from the publisher via the DO...
Idlahcen, Said Mees, Loic Roze, Claude Girasole, Thierry Blaisot, Jean-BernardA method to distinguis...
Holographic time gating (first arriving light) methods have been shown to be an effective way to ima...
A simple upconversion scheme utilizing 40-fs pulses is shown to permit high-contrast imaging of obje...
Imaging through turbid media is important but has created challenging issues for a long time. Previo...
We show in this Letter a novel approach for high-contrast imaging through scattering media by combin...
Numerous everyday situations like navigation, medical imaging and rescue operations require viewing ...
We demonstrate a method for efficient lensless imaging using ultra-broadband light sources. By using...
Implementation of optical imagery in a diffuse inhomogeneous medium such as biological tissue requir...
Restricted Access.We introduce here a scheme for two-dimensional imaging of an object hidden in a tu...
We present a novel approach for imaging through scattering media that combines the principles of Fou...
The use of spatially modulated light is finding application in biomedical optics having potential us...
Optical microscopy suffers from a loss of resolving power when imaging targets are embedded in thick...
Optical imaging through biological tissues and other scattering media is challenging, as the scatter...
A technology of stochastic resonance is proposed for reconstructing a scattered image, which is base...
This is the author accepted manuscript. The final version is available from the publisher via the DO...
Idlahcen, Said Mees, Loic Roze, Claude Girasole, Thierry Blaisot, Jean-BernardA method to distinguis...
Holographic time gating (first arriving light) methods have been shown to be an effective way to ima...
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