Todd Humphreys
GPS-assisted Femtocell Synchronization and Localization Through Tightly-Coupled Opportunistic Navigation
Tags:
Tightly-Coupled Opportunistic Navigation for Deep Urban and Indoor Positioning
Tags:
Tightly-Coupled Opportunistic Navigation for Deep Urban and Indoor Positioning
Tags:
Characterization of Receiver Response to Spoofing Attacks
Tags:
An Evaluation of the Vestigial Signal Defense for Civil GPS Anti-Spoofing
Tags:
A Proposed Navigation Message Authentication Implementation for Civil GPS Anti-Spoofing
Tags:
Civilian GPS Spoofing Detection based on Dual-Receiver Correlation of Military Signals
Tags:
Signal Characteristics of Civil GPS Jammers
Tags:
CASES: A Smart, Compact GPS Software Receiver for Space Weather Monitoring
Tags:
CASES: A Novel Low-Cost Ground-based Dual-Frequency GPS Software Receiver and Space Weather Monitor
Tags:
Extending the Reach of GPS-assisted Femtocell Synchronization and Localization Through Tightly-Coupled Opportunistic Navigation
Tags:
GPS Spoofing and the Financial Sector
Tags:
State of the Art and Future Trends in Radionavigation
Tags:
Indoor GPS: Tightly Coupled Opportunistic Navigation
Tags:
GPS Spoofing Detection System
Tags:
Spoofing the Timing Signal: What Else is Vulnerable?
Tags:
The GPS Assimilator: a Method for Upgrading Existing GPS User Equipment to Improve Accuracy, Robustness, and Resistance to Spoofing
Tags:
Opportunistic Frequency Stability Transfer for Extending the Coherence Time of GNSS Receiver Clocks
Tags:
Advances in GNSS Equipment
Tags:
GNSS Assimilator: A method for upgrading existing GNSS user equipment to improve accuracy, robustness, and resistance to spoofing
Tags:

© 2010–2012 Faculty Innovation Center and UT Radionavigation Laboratory | Log On/Off | Privacy Policy | Accessibility