INTERNATIONAL WORKSHOP

Theory, Technology and Realities of Inertial / GPS Sensor Orientation

 

Abad P. (Universidad de Las Palmas de Gran Canaria):
Reduction of the Condition Number by Ridge-Type Estimation Methods in GPS Equations Systems

Baron A. M., Kornus W., Talaya J. ( Institut Cartogrŕfic de Catalunya):
ICC Experiences on Inertial / GPS Sensor Orientation

Casella V., Franzini M. (DIET - Department of Building an Territorial Engineering):
Definition of a Methodology for Local Reduction of Parallaxes in Directly Oriented Images

Casella V., Galetto R. (DIET - Department of Building and Territorial Engineering - University of Pavia):
An Italian National Research Project on Inertial Positioning in Photogrammetry

Colomina I., Wis M., Gimenez M., Rosales, J. (Institute of Geomatics):
 What Can Skewed Redundant IMU Configurations Contribute to Photogrammetry?

Cunha S., Bastos L. (University of Porto), Tomé P., Cunha T. (GeoNav Ltd.):
 Integration of Odometer Readings with INS and GNSS for Land Vehicles Navigation

Elberink S. O., Bresters P., Vaessen E. (Survey Department, Rijkswaterstaat), van den Heuvel F. (Delft University of Technology):
GPS/INS Integration in Practice at the Dutch Survey Department

Garcia A., Martin-Neira M., Lucas R (European Space Agency):
The Development of High Precision Applications with GALILEO

Honkavaara E., Jaakkola J. (Finnish Geodetic Institute), Risto Ilves (National Land Survey of Finland):
Practical Results of GPS/IMU/Camera System Calibration

Jacobsen K. (University of Hannover):
System Calibration for Direct and Integrated Sensor Orientation

Kremer J. (IGI mbH), Kruck E. (Geoinformatics & Photogrammetric Engineering GIP):
Integrated Sensor Orientation - Two Examples to show the Potential of simultaneous GPS/IMU and Image Data Processing

Kreye C., Eissfeller B., Hein G.W.: (Institute of Geodesy and Navigation, FAF Munich):
GNSS Based Kinematic Acceleration Determination for Airborne Vector Gravimetry - Methods and Results

Kruck E. (Geoinformatics & Photogrammetric Engineering):
Rotations of Space and Coordinate Transformations

Mostafa M., Hutton J. (Applanix Corporation):
Emerge DSS: A Fully Integrated Digital System for Airborne Mapping

Orus R., Hernandez-Pajares M., Juan M., Sanz J. (Research Group of Astronomy & GEomatics, gAGE/UPC):
Ionospheric Effects on Precise Navigation at Regional and Continental Scales over Europe

Prats X., Hernandez-Pajares M., Juan, Jaume Sanz M. (Research Group of Astronomy and Geomatics, gAGE/UPC):
Analysis of the EGNOS Ionospheric Corrections Accuracy

Ramirez-Gonzalez A. ,Fernandez-Prades C., Fernandez-Rubio J. (Polytechnic University of Catalonia):
Performance Analysis of an INS and Two-Antenna GPS Integrated System Augmented with EGNOS

Ranfl, U. (DFG Consulting):
Photogrammetry and GPS Technology Assisting the Acquisition of Road Geolocation and Geometry

Saks T., Tempelmann U., Hinsken L., Recke U. (Leica Geosystems GIS & Mapping GmbH):
ADS40 Calibration & Verification Process

Scholten F., Sujew S., Gwinner K. (German Aerospace Center (DLR)):

Schroth R. (Hansa Luftbild Sensorik und Photogrammetrie GmbH):
Direct Geo-Referencing in Practical Applications

Seifert A., Kleusberg A. (Stuttgart University, Institute of Navigation):
An Alternative Formulation for the Integration of GPS and INS Measurements

Skaloud J., Schaer P. (Swiss Federal Institute of Technology Lausanne (EPFL)):
Towards A More Rigorous Boresight Determination

Smith M., Moore T., Hill C.J., Noaks C., Hide C. (Insitute of Engineering Surveying and Space Geodesy):
Simulation of GNSS/IMU Measurements

Stürze A., Boedecker G. (Bayerische Kommission fuer die Internationale Erdmessung):
50 Hz High Precision Kinematic GNSS Observations for Airborne Gravimetry - First experiences