The ongoing quest for imaging through aberrating or scattering media requires rapid adaptation to account for dynamic aberrating layers that change with respect to time. This is true whether the aberrations are induced by turbulent atmosphere or liquids, or even biological tissue. Here, we propose a fast image recovery method using properties of the bispectrum of dynamic aberrated images to realize high resolution imaging through dynamic turbid media
This paper presents B-MFBD, a parallel hybrid of bispectrum speckle imaging (SI) and multi-frame bli...
The problem of horizontal imaging through the atmospheric boundary layer is common in defense, surve...
In this Letter we present experimental results concerning the retrieval of images of absorbing objec...
Imaging through temporally changing aberrations is a common challenge that can be found in many diff...
This paper presents a massively parallel method for the phase reconstruction of an object from its b...
There is high demand for deploying real-time or near real-time implementation of image reconstructio...
We propose a new algorithm to recover a geometrically correct image of an object or scene from a set...
Speckle imaging has long been used for recovery images of static scenes distorted by atmospheric opt...
In this paper we propose two algorithms for the restoration of images based on the bispectrum. The b...
The bispectrum of a signal has useful properties such as being zero for a Gaussian random process, r...
We present a rapid, noncontact imaging technique which can obtain the spectrally- and spatially-reso...
The biggest obstacle for high resolution in-vivo deep tissue imaging is the aberrations and multiple...
This thesis focuses on determination and correction of the information about disturbances obtained f...
We demonstrate the reconstruction of images that severely distorted by the multiple scattering effec...
In this paper we present a system for optical imaging in turbid media based on an intensified CCD ca...
This paper presents B-MFBD, a parallel hybrid of bispectrum speckle imaging (SI) and multi-frame bli...
The problem of horizontal imaging through the atmospheric boundary layer is common in defense, surve...
In this Letter we present experimental results concerning the retrieval of images of absorbing objec...
Imaging through temporally changing aberrations is a common challenge that can be found in many diff...
This paper presents a massively parallel method for the phase reconstruction of an object from its b...
There is high demand for deploying real-time or near real-time implementation of image reconstructio...
We propose a new algorithm to recover a geometrically correct image of an object or scene from a set...
Speckle imaging has long been used for recovery images of static scenes distorted by atmospheric opt...
In this paper we propose two algorithms for the restoration of images based on the bispectrum. The b...
The bispectrum of a signal has useful properties such as being zero for a Gaussian random process, r...
We present a rapid, noncontact imaging technique which can obtain the spectrally- and spatially-reso...
The biggest obstacle for high resolution in-vivo deep tissue imaging is the aberrations and multiple...
This thesis focuses on determination and correction of the information about disturbances obtained f...
We demonstrate the reconstruction of images that severely distorted by the multiple scattering effec...
In this paper we present a system for optical imaging in turbid media based on an intensified CCD ca...
This paper presents B-MFBD, a parallel hybrid of bispectrum speckle imaging (SI) and multi-frame bli...
The problem of horizontal imaging through the atmospheric boundary layer is common in defense, surve...
In this Letter we present experimental results concerning the retrieval of images of absorbing objec...