Dell Quest since Apr 2013
C/C++ Developer
BlueCrossBlueShieldMN - Egan Mar 2012 - Aug 2012
Software Engineer
Emerson Process/ Volt - Emerson Process, Eden Parie Aug 2011 - Dec 2011
Software Engineer
Honeywell Int. Inc. Jun 1994 - Jul 2010
Software Engineer
Education:
University of Saint Thomas 2000 - 2005
MSSWE, Software Engineering
Metropolitain State University 1989 - 1995
BA, Computer Information Systems
Skills:
C++ C# Uml Uml Tools Documentation Business Analysis Integration Systems Analysis System Design Systems Engineering Manufacturing Systems Requirements Gathering Software Design Cost Estimating Software Project Management Visio Software Documentation
Interests:
New Technology Project Management Playing My Guitar (Or Making Noise) Gardening Inception To Production Projects Live Sound
Dell Quest since Apr 2013
C/C++ Developer
BlueCrossBlueShieldMN - Egan Mar 2012 - Aug 2012
Software Engineer
Emerson Process/ Volt - Emerson Process, Eden Parie Aug 2011 - Dec 2011
Software Engineer
Honeywell Int. Inc. Jun 1994 - Jul 2010
Software Engineer
Education:
University of Saint Thomas 2000 - 2005
MSSWE, Software Engineering
Metropolitain State University 1989 - 1995
BA, Computer Information Systems
Skills:
C++ C# UML UML Tools Documentation Business Analysis Integration Systems Analysis System Design Systems Engineering Manufacturing Systems Requirements Gathering Software Design Cost Estimating Software Project Management
Interests:
New technology, inception to production projects, project management, gardening, live sound, playing my guitar (or making noise).
Us Patents
Method And System For Calibrating Radar Altimeters
Todd R. Burlet - Maple Grove MN, US Mark S. Shoemaker - Minneapolis MN, US Tom A. Petricka - Northfield MN, US Clayton A. Yares - Circle Pines MN, US
Assignee:
Honeywell International Inc. - Morristown NJ
International Classification:
G01S 7/40
US Classification:
342174
Abstract:
A method for calibrating an altimeter is disclosed. The method comprises monitoring signal strength of one or more altitude measurements. Based on the signal strength, the method applies piecewise linear altitude correction to the one or more altitude measurements to generate altitude correction data. The method further determines a goodness-of-fit for the altitude correction data. The altitude correction data maintains a correct altitude measurement in the presence of variable signal strength.