PRE EMPLOYMENT BACKGROUND SCREENING INVESTIGATIVE

Brand Owner (click to sort) Address Description
INTELLIGENT INFORMATION FOR EMPOWERED DECISIONS KROLL BACKGROUND AMERICA, INC. 1900 Church Street Suite 400 Nashville TN 37203 Pre-employment background screening and investigative services; consultation services in the field of identity theft;
NO SHORTCUTS STERLING INFOSYSTEMS, INC. 24th Floor 1 State Street Plaza New York NY 10004 Pre-employment background screening and investigative services;
NO SHORTCUTS EMPLOYEESCREENIQ, INC 4853 Galaxy Parkway, Bld. K Cleveland OH 44128 Pre-employment background screening and investigative services;
SAFEGUARDING YOUR SCREENING PROCESS KROLL BACKGROUND AMERICA, INC. 1900 Church Street Suite 400 Nashville TN 37203 Pre-employment background screening and investigative services; consultation services in the field of identity theft;
SMARTER SCREENING. INTELLIGENT HIRING. STERLING INFOSYSTEMS, INC. 24th Floor 1 State Street Plaza New York NY 10004 Pre-employment background screening and investigative services;SCREENING;
WE PUT A WORLD OF INFORMATION AT YOUR FINGERTIPS KROLL BACKGROUND AMERICA, INC. 1900 Church Street Suite 400 Nashville TN 37203 Pre-employment background screening and investigative services; consultation services in the field of identity theft;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method and system for estimating the background signal over an arbitrarily-sized region of a scanned image of a molecular array, including a background region surrounding the ROI corresponding to the feature. A bit mask is generated, based on a molecular-array, feature-based data set that includes pixel-based intensities and a list of features, including feature coordinates and feature ROI radii, to indicate those pixels in the scanned image of the molecular array corresponding to background, and those pixels in the scanned image of the molecular array corresponding to features and ROIs. An integrated intensity for a background region of arbitrary size and shape can be efficiently determined by selecting pixels within the background region that are indicated to be background pixels in the bit mask. By selecting background anuli of sufficient size to overlap with the background anuli of neighboring features, a relatively continuous function of background-signal-verusus-position can be obtained across the surface of a molecular array in order to examine non-local, background-signal-related phenomena.