receiver design

December 1, 2011

Consumer GPS/GLONASS: Accuracy and Availability Trials of a One-Chip Receiver in Obstructed Environments

By GPS World Staff

October 1, 2011

Space-Time Equalization Techniques for New GNSS Signals

By GPS World Staff

July 1, 2011

Lone Sentinel: Single-Receiver Sensitivity to RF Interference

By GPS World Staff

April 1, 2011

Future Wave: L1C Signal Performance and Receiver Design

By GPS World Staff

February 14, 2011

Galileo Test Environment Open for Business

By GPS World Staff

January 1, 2011

Dynamic Duo: Combined GPS/GLONASS Receivers in Urban Environments

By GPS World Staff

September 1, 2010

Spoofing Detection and Mitigation with a Moving Handheld Receiver

By GPS World Staff

At the JPO. Frank Butterfield of Aerospace, Col. Parkinson, and Cdr. Bill Huston, deputy JPO director from the U.S. Navy, in the early 1970s. A model of a Phase I GPS satellite stands on the table between the latter two. (Credit: Bradford W. Parkinson and Stephen T. Powers)

June 1, 2010

Part 2: The Origins of GPS, Fighting to Survive

By GPS World Staff

Mathematician Bill Guier (l) and physicist George Weiffenbach (r), told APL Research Center director Frank T. McClure (c), about their success using Doppler tracking for satellites. “McClure’s brain started going into fast forward,” remembered John Dassoulas. “Knowing the navigational challenges the U.S. Navy faced, McClure said, ‘Well, if you can find out where the satellite is, you ought to be able to turn that problem upside down and find out where you are.’" (Credit: Bradford W. Parkinson and Stephen T. Powers)

May 1, 2010

Part 1: The Origins of GPS, and the Pioneers Who Launched the System

By GPS World Staff

April 1, 2010

Galileo Test User Receiver

By GPS World Staff

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