Algorithms for Optimization of Neural and Physiological Activity Using Coherent Optical Imaging Systems

Case ID:
P05467

Summary:
A holographic imaging system may include an optical source configured to output a source beam and a splitter configured to split the source beam into a reference beam and an object beam that may be incident on a target to form a scattered object beam. The system may also include a combiner configured to combine the filtered scattered object beam with the reference beam to form an interference beam, an imaging array configured to receive the interference beam and generate frames of raw holographic data based on measurements of the interference beam over time, and an image data processor. The image data processor may be configured to receive the frames of raw holographic data from the imaging array, remove data components within the frames that are associated with the particle motion having a motion frequency that is less than a movement frequency threshold to form conditioned raw holographic data, and generate an image based on the conditioned raw holographic data.  

 

Inventors:  

Amanda Malone, David Shrekenhamer, Oscar Somerlock, Ra'id Awadallah, Robert Schmid, Timothy Sleasman

 

Related Patents: https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/11733650

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