Therefore, a naive approach to optical imaging of objects hidden inside a turbid medium results in very blurry images, where targets are often indistinguishable ...

Abstract: We exploit recent advances in the physical design of fast optical systems which enable active imaging with "ballistic" light.

Multi-scale statistical detection and ballistic imaging through turbid media. Publication , Conference. Farsiu, S; Milanfar, P.

Multi-Scale Statistical Detection and Ballistic Imaging Through Turbid Media. Sina Farsiu. Peyman Milanfar. ICIP (3) (2007), pp. 537-540.

Abstract: We exploit recent advances in the physical design of fast optical systems which enable active imaging with "ballistic" light.

Abstract We exploit recent advances in the physical design of fast optical systems which enable active imaging with" ballistic" light.

In Section 5, we describe a laboratory setup for detecting ballistic photons and capturing high-resolution images through turbid media, where real experimental ...

To improve the detection rate of the aforementioned single-pixel detectors, we develop a multiscale algorithm based on the generalized likelihood ratio test ...

Multi-Scale Statistical Detection and Ballistic Imaging Through Turbid Media. Abstract We exploit recent advances in the physical design of fast optical ...

These findings set a boundary of scattering for deep learning to function through turbid media and provide guidelines to optimize the experimental framework for ...