News & Highlights
Education & Development of Navigation Professionals
- Short Courses
- Worshops
- Interaction with Industry & Government
- Multidisciplinary Research
- Access to Experts
COUNT Technologies and Current Research
Antenna Electronics
- Antenna Induced Biases in GNSS Receiver Measurements
- Beam Steering/Nulling in GPS receivers Mounted on Rotor-Crafts
- Blind Beamforming in GNSS Receivers
- Calibration of Airborne Antenna Arrays using Signals of Opportunity
GPS
- GPS Aircraft Receiver Earth-surface Multipath Reception
- GPSL5 Signal Tracking
- Multi-Channel Data Acquisition System
- Precise Velocity Estimation Using a Stand-Alone GPS Receiver
- Remote-Controlled, Continuously Operating GPS Anomalous Event Monitor (GAEM)
- Short Delay Time GPS Multipath Detection, Estimation, and Mitigation
- Synthetic Aperture GPS Signal Processing
- TEC Nuclear Explosion Detection
- Three-Frequeny High Accuracy GPS Receivers
- Transform-Domain Instrumentation GPS Receiver (TRIGR)
- Ultra-High Accuracy Reference System (UHARS) Support
- USRP-Based Flexible GNSS Signal Recording and Playback System
Integration and Applications
- ASPAN OSU
- CANIS
- Coded Aperture Augmented Vision Aided Inertial Navigation System
- Electric QuadRotor
- GNSS Reflectometry for Wind Sensing
- High Accuracy Multisensor Geolocation Technology
- Integrated GPS/INU Simulator for Enhanced Traffic Safety
- Long Range RTK
- Nav Sensor Gravity Compensation
- OU DC3 Project Summary
- OU Deep Project Summary
- Personal Navigator
- Precision Indoor and Outdoor Navigation Using Existing Signals of Opportunity and Inertial Navigation Sensors
- Rapid City Modeling Using Lidar and HSI
- Rapid Orthophoto Development System
- Remote Sensing of Transportation Flow
- Route Surveillance
- Rubidiums in Flight
- Runway Centerline Deviation Study
- Testbed Development for All-Source Positioning and Navigation (ASPN) Program
- UAV Refueling
Ionosphere
- Dual-Beam Incoherent Scatter Radar Study of the Mesosphere at Arecibo
- GNSS Scintillation Signal Studies
- Higher Order Ionosphere Error
- High Latitude Ionospheric Scintillation Studies Using Spaced Multi-Constellation Software GNSS Receivers
- Mid-Latitude Ionosphere Dynamics Studies
- Multi-Band Multi-Constellation GNSS Receivers for Scintillation Studies
- Multi-GNSS Radio Occultation Algorithms Development for Ionosphere Irregularity Studies with Augmentation from Ground-Based GNSS Networks
- Multi-Constellation GNSS Array for Low Latitude Ionospheric Effects Studies
- Singapore Ionosphere Scintillation Studies
Non-GPS Sensors
- Advanced Adaptive UWB-OFDM Radar Imaging Sensor Network for Reconnaissance and Location
- Advanced Geolocation Technology to Support Classification Level EMI Data Collect in GPS-challenged Areas
- Airborne LIDAR Feature Extraction
- Air-to-Air Missile Flight Path Reconstruction
- Cognitive Radar for Autonomous Systems
- Compression in Real-time Of Waveform Networks
- Echoic Flow Cognitive Radar for Robotic Vehicles
- Enhanced DME
- Fusion of Optical and Inertial Sensors for Navigation
- Gravity Gradiometry and Map Matching
- Head Tracking for 3-D Audio
- Landslide Detection
- Magnetic Field Aided Indoor Navigation
- Magnetic Loop Antenna for Precipitation Static Mitigation
- Monocular Vision Localization for Indoor Navigation
- Multi-sensor Imaging System
- Next Generation Navigation Reference System
- Night Vision Goggle
- Overcoming Geometric Deficiencies in Pseudolite Navigation Systems
- Precision Indoor and Outdoor Navigation Using Existing Signals of Opportunity and Inertial Navigation Sensors
- Self-Localization Using Wireless Sensor Network Communication Signals
- Terrain-Referenced Ladar/Inertial/WAAS Precision Approach
- Urban Navigation Using Tightly-Integrated Ladar/Inertial
- Vision-Aided Cooperative Navigation