James H Johnson
Plumbers at Sandpiper Cir, Boulder, CO

License number
Colorado 300072
Issued Date
Oct 11, 1984
Renew Date
Aug 31, 1989
Expiration Date
Aug 31, 1989
Type
Residential Plumber
Address
Address
4410 Sandpiper Cir, Boulder, CO 80301

Professional information

James Johnson Photo 1

Market Intelligence Analysis

Position:
Market Intelligence Analyst at New Hope Natural Media
Location:
Greater Denver Area
Industry:
Marketing and Advertising
Work:
New Hope Natural Media - Boulder, Co since Apr 2012 - Market Intelligence Analyst EA Mythic Aug 2009 - Oct 2009 - CSR Dell Sep 2007 - Jul 2008 - Internal Sales Rep
Education:
University of Colorado at Boulder 2010 - 2012
Master of Business Administration (MBA), Marketing & Sustainability
Michigan State University 2003 - 2007
Bachelors of Arts, Marketing
Interests:
Disc Golf Poker Video Games Football Basketball Skiing Golf
Honor & Awards:
Semi-finalist for the SRG award for top graduate marketing student at University of Colorado in 2012


James L. Johnson Photo 2

James L. Johnson, Boulder CO - Lawyer

Office:
Marsh Fischmann & Breyfogle LLP
1881 9Th St STE 335, Boulder, CO 80302
Memberships:
Colorado Bar Association, State Bar Association of North Dakota.
ISLN:
906143849
Admitted:
1989, Colorado, 1998, North Dakota, registered to practice before U.S. Patent and Trademark Office
University:
University of North Dakota, B.S.M.E., 1984
Law School:
University of North Dakota, J.D., with distinction, 1989
Biography:
Order of the Coif. Editor-in-Chief, North Dakota Law Review.


James Lloyd Johnson Photo 3

James Lloyd Johnson, Boulder CO - Lawyer

Address:
Marsh Fischmann & Breyfogle, LLP
1881 9Th St #335, Boulder 80302
(720) 562-5500
Licenses:
Colorado - Active 1989


James Johnson Photo 4

High Resolution Ionospheric Technique For Regional Area High-Accuracy Global Positioning System Applications

US Patent:
6356232, Mar 12, 2002
Filed:
Nov 27, 2000
Appl. No.:
09/722857
Inventors:
Christian Rocken - Boulder CO
Randolph H. Ware - Boulder CO
James M. Johnson - Boulder CO
John J. Braun - Boulder CO
Christopher Alber - Eldora CO
Teresa M. Van Hove - Ft. Lupton CO
Assignee:
University Corporation for Atmospheric Research - Boulder CO
International Classification:
H04B 7185
US Classification:
34235702
Abstract:
A Global Positioning System includes a ground monitoring network having a plurality of dual frequency receivers that obtain ionospheric delay measurements to provide double difference ionospheric delay residuals. These double difference delay residuals are converted to zero differences based upon a new mathematical technique. The zero differences are fit to measurement epoch specific and transmitter specific mathematical surfaces (i. e. planes). These planes represent precise ionospheric delay corrections in the area of the ground monitoring network for a specific transmitter at the measurement epoch. The planes are then provided as correction information for use by inexpensive single frequency receivers to obtain highly accurate corrections for single frequency receivers by interpolating the correction planes to the location of the single frequency receiver. With this technique higher accuracy surveying results can be achieved with low cost single frequency receivers in real-time or in post-processing than what is currently achievable even with more expensive dual frequency receivers.