A Compressive Ultrahigh-speed Continuous Imager Using Spectrally-structured Ultrafast Laser Pulses

Case ID:

C13352

Disclosure Date:

12/3/2014

This invention uses chirped processing and electro-optic modulation in optical fiber components to encode unique pseudorandom binary patterns at an ultra-high rate onto the spectra of broadband mode-locked laser pulses. Each laser pulse receives a unique spectral pattern and then serves as an ultrashort burst of structured illumination of an object inside a 1- or 2-D spatial disperser. The output energy of each pulse after striking the object is recorded with a photodetector and digitizer and an image is reconstructed using Compressed Sensing recovery from only a few percent of the number of samples required for conventional Nyquist sampling.

Patent Information:

Title	App Type	Country	Serial No.	Patent No.	File Date	Issued Date	Expire Date	Patent Status
A Compressive Ultrahigh-speed Continuous Imager Using Spectrally-structured Ultrafast Laser Pulses	ORD: Ordinary Utility	United States	15/018,404	9,645,377	2/8/2016	5/9/2017	2/8/2036	Granted

Direct Link:

https://jhu.technologypublisher.com/technology/24782

Inventors:

Category(s):

Technology Classifications > Diagnostics > In Vitro Diagnostics, Technology Classifications > Diagnostics > Precision Medicine Tools, Technology Classifications > Research Tools, Technology Classifications > Diagnostics, Technology Classifications > Diagnostics > Diagnostic Imaging,

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For Information, Contact:

Lisa Schwier

lschwie2@jhu.edu

410-614-0300

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