Patents by Inventor Dmytro Gudkov
Dmytro Gudkov has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
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Patent number: 10664238Abstract: A true random number generator including a light source configured to produce randomly distributed photons, a plurality of detection channels configured to receive the randomly distributed photons produced by the light source, each detection channel including a photon sensor configured to detect a receipt of at least one photon during successive integration time-periods and generate an output signal by assigning a value for each integration time-period based on whether at least one photon was received during each integration time-period, a signal conditioning unit configured to condition the output signal of each of the plurality of detection channels and generate a conditioned output signal for each of the plurality of detection channels, and a signal processing unit configured to combine the conditioned output signals and generate a true random number based on the combination of the conditioned output signals.Type: GrantFiled: January 26, 2018Date of Patent: May 26, 2020Assignee: THE RESEARCH FOUNDATION FOR THE STATE UNIVERSITY OF NEW YORKInventors: Vera Gorfinkel, Boris Gorbovitski, Dmytro Gudkov
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Publication number: 20180217817Abstract: A true random number generator including a light source configured to produce randomly distributed photons, a plurality of detection channels configured to receive the randomly distributed photons produced by the light source, each detection channel including a photon sensor configured to detect a receipt of at least one photon during successive integration time-periods and generate an output signal by assigning a value for each integration time-period based on whether at least one photon was received during each integration time-period, a signal conditioning unit configured to condition the output signal of each of the plurality of detection channels and generate a conditioned output signal for each of the plurality of detection channels, and a signal processing unit configured to combine the conditioned output signals and generate a true random number based on the combination of the conditioned output signals.Type: ApplicationFiled: January 26, 2018Publication date: August 2, 2018Inventors: Vera GORFINKEL, Boris GORBOVITSKI, Dmytro GUDKOV
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Publication number: 20140186966Abstract: A fiberized single photon sensitive spectrometer on a 32-channel PMT sensor is highly sensitive with broad detection dynamic range. The spectrometer enables accurate and high speed detection, identification and analysis of biological samples labeled with multiple fluorescent markers, such as compositions of multi-color fluorescence signals or radiation emitted by multiple fluorescence dyes. A fiberized optical input of the spectrometer allows an easy and efficient coupling to any measurement system based on fiber collection of the analyzed fluorescence. The spectrometer provides highly accurate DNA sequencing. A 32 channel PMT single photon detector has a detection dynamic range of more than 20 bits and has a frame rate of about 3300 frames per second. The dynamic range of the detector's pixels reaches 108 photocounts per second.Type: ApplicationFiled: September 23, 2013Publication date: July 3, 2014Applicant: The Research Foundation of State University of New YorkInventors: Dmytro Gudkov, Vera Gorfinkel, Dmitriy Gavrilov, Ivan Tovkach, Andriy Tsupryk, Tetyana Gudkova, Boris Gorbovitski
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Publication number: 20140117217Abstract: A fiberized single photon sensitive spectrometer on a 32-channel PMT sensor is highly sensitive with broad detection dynamic range. The spectrometer enables accurate and high speed detection, identification and analysis of biological samples labeled with multiple fluorescent markers, such as compositions of multi-color fluorescence signals or radiation emitted by multiple fluorescence dyes. A fiberized optical input of the spectrometer allows an easy and efficient coupling to any measurement system based on fiber collection of the analyzed fluorescence. The spectrometer provides highly accurate DNA sequencing. A 32 channel PMT single photon detector has a detection dynamic range of more than 20 bits and has a frame rate of about 3300 frames per second. The dynamic range of the detector's pixels reaches 108 photocounts per second.Type: ApplicationFiled: September 23, 2013Publication date: May 1, 2014Applicant: The Research Foundation of State University of New YorkInventors: Boris Gorbovitski, Dmitriy Gavrilov, Ivan Tovkach, Andriy Tsupryk, Tetyana Gudkova, Vera Gorfinkel, Dmytro Gudkov
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Patent number: 8582098Abstract: A fiberized single photon sensitive spectrometer based on a 32-channel PMT sensor is highly sensitive with broad detection dynamic range. The spectrometer enables accurate and high speed detection, identification and analysis of biological samples labeled with multiple fluorescent markers, such as compositions of multi-color fluorescence signals or radiation emitted by multiple fluorescence dyes. A fiberized optical input of the spectrometer allows an easy and efficient coupling to any measurement system based on fiber collection of the analyzed fluorescence. The spectrometer provides highly accurate DNA sequencing. A 32 channel PMT single photon detector has a detection dynamic range of more than 20 bits and has a frame rate of about 3300 frames per second. The dynamic range of the detector's pixels reaches 108 photocounts per second.Type: GrantFiled: October 24, 2008Date of Patent: November 12, 2013Assignee: The Research Foundation of State University of New YorkInventors: Andriy Tsupryk, Ivan Tovkach, Dmitriy Gavrilov, Vera Gorfinkel, Boris Gorbovitski, Dmytro Gudkov, Tetyana Gudkova
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Publication number: 20110108711Abstract: A fiberized single photon sensitive spectrometer based on a 32-channel PMT sensor is highly sensitive with broad detection dynamic range. The spectrometer enables accurate and high speed detection, identification and analysis of biological samples labeled with multiple fluorescent markers, such as compositions of multi-color fluorescence signals or radiation emitted by multiple fluorescence dyes. A fiberized optical input of the spectrometer allows an easy and efficient coupling to any measurement system based on fiber collection of the analyzed fluorescence. The spectrometer provides highly accurate DNA sequencing. A 32 channel PMT single photon detector has a detection dynamic range of more than 20 bits and has a frame rate of about 3300 frames per second. The dynamic range of the detector's pixels reaches 108 photocounts per second.Type: ApplicationFiled: October 24, 2008Publication date: May 12, 2011Inventors: Andriy Tsupryk, Ivan Tovkach, Dmitriy Gavrilov, Georgiy Gudkov, Tetyana Gudkova, Vera Gorfinkel, Boris Gorbovitski, Dmytro Gudkov