Brian Angela Jackson

US Patent:

20190073510, Mar 7, 2019

Filed:

Mar 17, 2016

Appl. No.:

15/557317

Inventors:

David R. West - Haverford PA, US
Coleman C. Stavish - Havertown PA, US
Max Yeo - New York NY, US
Brian H. Jackson - Poquoson VA, US
William Hang - San Diego CA, US

International Classification:

G06K 9/00
G06T 7/00
G06F 19/28
G06F 19/24

Abstract:

A method comprises: receiving, via a processor, an image depicting a tissue; quantifying, via the processor, the image based on: segmenting, via the processor, the image into a plurality of segments; identifying, via the processor, a plurality of histological elements in the segments; forming, via the processor, a network graph comprising a plurality of nodes, wherein the histological elements correspond to the nodes; measuring, via the processor, a feature of the network graph; performing, via the processor, a transformation on the image based on the feature; determining, via the processor, a non-parametric feature of the image based on the transformation; saving, via the processor, the non-parametric feature onto a database.

US Patent:

20150260772, Sep 17, 2015

Filed:

Feb 27, 2014

Appl. No.:

14/433101

Inventors:

- Horsham PA, US
Per Olav Iversen - Doylestown PA, US
Edmund Lee - Wyncote PA, US
Brian C. Jackson - Quakertown PA, US
Russell Jay Soerens - Perkasie PA, US
Edward Szpindor - Bow NH, US
Vincent Keenan - Gilbertsville PA, US

International Classification:

G01R 29/10

Abstract:

A portable near-field measurement system for mapping radio frequency characteristics spherically about a test object is presented. The system includes an anechoic chamber, a rotatable annular platter, a rotatable platter, a stationary platform, and frequency converters. The chamber is an enclosure with an absorber material fastened to the interior thereof. The annular platter is disposed horizontally within the chamber and fastened to an azimuth positioner that rotates the annular platter about an azimuth rotation axis. The rotatable platter is disposed vertically within the chamber and rotatable about an elevation rotation axis via an elevation positioner. Azimuth and elevation axes intersect perpendicularly. A gantry arm with probe is fastened to and extends from the rotatable platter. A vertical arm is fastened between the annular platter and elevation positioner. Platters have front and back surfaces. A stationary platform is centered within the annular platter and attachable to a test column. Front surfaces are oriented toward the test column and covered with an absorber material. At least one frequency converter is fastened to the back surface of the rotatable platter and communicable with the probe. At least one other frequency converter is fastened to the stationary platform and communicable with a target.